Zimmer ® NexGen®

CR-Flex and
LPS-Flex Knees
Surgical Technique with
Posterior Referencing
Instrumentation
 Zimmer NexGen CR-Flex and LPS-Flex Knees
INTRO
Surgical Technique with Posterior Referencing Instrumentation

Introduction
Instrumentation
This Instrumentation provides for a simplified, yet versatile
surgical experience for use with NexGen CR-Flex and
LPS-Flex Knee components.

Instrument designs feature intuitive attachment and

adjustment functionality for improved ease-of-use and speed
for the surgeon and the OR staff.

Instrument case designs facilitate pre-operative setup in

an efficient 4-case configuration.

These instruments are not approved for use with the

LPS-Mobile or LPS-Flex Mobile Knee implants.

A limited percentage of the Posterior Referencing Instruments

available may have a bright finish on subcomponents rather
than the more common black coating. There is no difference
in instrument functionality.
 Zimmer NexGen CR-Flex and LPS-Flex Knees
INTRO
Surgical Technique with Posterior Referencing Instrumentation

Symbols
As part of a new standard, symbols have been established
A/P
for several words. Left Right Anterior/Posterior

• Left
• Right M/L FLEX Std
• Anterior/Posterior
Medial/Lateral Flex Standard
• Medial/Lateral
• Flex
• Standard
• Lock
• Unlock Lock Unlock Do not implant -
• Do not implant – Not for implant Not for implant

• Do not impact
• Posterior Referencing
• Varus/Valgus
Do not impact Posterior Referencing Varus/Valgus
• Inset Only

Pin and Screw Information

The Pin/Screw Inserter has 2 self-contained hex drives. Inset Only
33mm x 3.2mm screw with 3.5mm Hex Drive which:

• Engages at distal end of the Pin/Screw Inserter

• Must be used with inserter for insertion and removal
• Must not be over torqued
• Cannot be impacted
• Cannot be used with Multi Pin Puller
• Is available sterile and disposable in a
2-pack configuration for single surgical use
2.5mm Hex
75mm x 3.2mm with 2.5mm hex Trocar-Tipped Pin which: 3.5mm Hex

• Engages within the sleeve of the inserter for

insertion and removal
• Should not be impacted 2.5mm Hex

• Leaves 12.5mm of exposed pin for removal when

3.5mm Hex
fully seated with inserter
• With the use of other drivers may not leave enough
exposed pin for removal
• May use Multi Pin Puller for removal
• Available sterile and disposable in a
4-pack configuration for single surgical use

TECHNIQUE TIP INTRO

Insert trocar-tipped pin until inserter is flush with the associated

instrument. To facilitate trocar-tipped pin removal, apply slight side
pressure at the inserter/pin interface while removing the pin
 Zimmer NexGen CR-Flex and LPS-Flex Knees
C OT
TOC
Surgical Technique with Posterior Referencing Instrumentation

Table of Contents
SECTION PAGE SECTION PAGE

1 Establish Femoral Alignment 1

5A CR-Flex Femoral Trialing and Trochlear
Recess Preparation
9

Establish Femoral Alignment 1 CR-Flex Femoral Trialing and Trochlear

Recess Preparation 9

LPS-Flex Femoral Trialing, Trochlear

5B Recess and LPS Box Preparation
11
SECTION PAGE

2 Resect Distal Femur 3

LPS-Flex Femoral Trialing, Trochlear
Recess and LPS Box Preparation 11

Resect Distal Femur 3

Alternative Method for Trochlear
5C Recess Preparation
13

Alternative Method for Trochlear Recess

Preparation for CR-Flex or LPS-Flex 13
SECTION PAGE Provisional/Cut Guides

Size Femur and Establish

3 External Rotation
5
Alternative Method for LPS-Flex
5D Box Preparation
14

Size Femur and Establish

External Rotation 5
Alternative Method for LPS-Flex
Box Preparation 14

SECTION PAGE

Complete Femoral A/P

4 and Chamfer Resections
7

Complete Femoral A/P

and Chamfer Resections 7
4

2
 Zimmer NexGen CR-Flex and LPS-Flex Knees
TOC
Surgical Technique with Posterior Referencing Instrumentation

Table of Contents
SECTION PAGE SECTION PAGE

Resect Proximal Tibial without

6A Spike Arm
15 9 Broach Tibia 29

Resect Proximal Tibial without Broach Tibia 29

Spike Arm 15

6B Resect Proximal Tibial with Spike Arm 19

SECTION PAGE

Resect Proximal Tibial with Spike Arm 19 10 Perform Trial Reduction 31

Perform Trial Reduction 31

SECTION PAGE

7 Prepare the Patella 21

SECTION PAGE

Prepare the Patella 21 11 Implant Components 32

Implant Components 32

SECTION PAGE

8 Size and Position Tibial Component 25

APPENDIX PAGE

A Varus/Valgus Recut Guides 38

Size and Position Tibial Component 25

APPENDIX PAGE

Replacement of Femoral/Femoral
B Provisional Inserter Jaws
40

APPENDIX PAGE

Alternate Femoral Provisional

C Insertion and Extraction
41
SECTION

1 Establish Femoral
the TibialAlignment
Platform

Establish Femoral Alignment

After attaining the desired soft tissue exposure, use the 8mm
IM Step Drill to make a starter hole (Fig. 1). Suction the canal
to remove medullary contents.

Insert the Femoral IM Rod into the Modular T-Handle (Fig. 2)

and insert the IM rod into the femur far enough to ensure the
most accurate replication of the anatomic axis, then remove
the T-handle. (Fig. 3)

TECHNIQUE TIP 1.A

As the symbol on the T-handle indicates – Fig. 1

do not impact the T-Handle.

Insert

Fig. 2

Unlock

Fig. 3

Instruments

Femoral IM Rod Modular T-Handle 8mm IM Step Drill

00-5901-060-00 00-5901-061-00 00-5978-014-00

1
 SECTION

Establish
Establish Femoral
the Tibial
Alignment
Platform
1

Retract the spring-loaded button on the top of the Femoral

Valgus Alignment Guide and rotate the valgus adjustment dial
to the desired valgus angle and release the button to lock the
valgus angle from 0° to 9°, ensuring that the proper left or right
setting is attained. (Fig. 4)

Place the Femoral Valgus Alignment Guide on the IM Rod 2.) Rotate
against the most prominent condyle and confirm the desired
valgus setting. (Fig. 5)
1.) Retract
3.) Release Retraction

TECHNIQUE TIP 1.B

If the epicondyles are visible, the epicondylar axis may be used as Fig. 4
a guide in setting the orientation of the Femoral Valgus Alignment
Guide. This does not set the rotation of the femoral component,
but keeps the distal cut oriented to the final component rotation. If
desired, the guide can be pinned to provide rotational stability. (Fig. 6)

5° Right Valgus Setting

Fig. 5

Optional Pinning Holes

Fig. 6

Instruments

Femoral Valgus 3.2mm x 75mm Pin/Screw

Alignment Guide Trocar Tipped Drill Inserter
00-5901-067-00 Pin (2.5mm hex) 00-5901-021-00
00-5901-020-00
2
SECTION

2 Resect Distal Femur

Resect Distal Femur

While the Femoral Valgus Alignment Guide is being inserted
by the surgeon, the scrub nurse can attach the 0° Captured
Cutting Head to the Distal Femoral Resection Guide (Fig. 7).
The adjustment dial on the resection guide can be set from
“-2” to “+4”; “0” represents a 10mm distal resection. (Fig. 8)
The +4 setting represents a 14mm resection. Upon rotation,
the dial has palpable stops and clear markings at each 2mm
location. One half rotation creates 1mm of adjustment.

Insert the resection guide with the cutting head into the
alignment guide until the cutting head rests on the anterior
femoral cortex. Verify the desired resection setting on the Fig. 7
resection guide and/or rotate the adjustment dial to attain
the desired setting. (Fig. 9)

The 3° Captured Cutting Head can be used to cut the distal

femur in 3° of additional flexion to protect from notching
the anterior cortex.

TECHNIQUE TIP 2.A

Make sure the desired captured cutting head is used, either 0° or 3°. Adjustment Dial

Insert trocar-tipped pins through the two standard pin holes

marked “0” on the anterior surface of the cutting head. (Fig. 10)

Additional 2mm adjustments may be made by using the sets Fig. 8

of holes marked -2, +2, and +4. The markings on the cutting
head indicate, in millimeters, the amount of bone resection
each will yield relative to the standard 10mm distal resection
if the dial on the resection guide is set at “0”.

TECHNIQUE TIP 2.B

If more fixation is needed, insert trocar-tipped pins in the small

oblique holes on the cutting head.

If pins were used to maintain rotational alignment of the

alignment guide use the Multi Pin Puller to remove the pin(s).
Alternatively, the Pin/Screw Inserter can be used to remove
these pins. Fig. 9

Instruments

Femoral IM Rod Modular T-Handle Femoral Valgus Distal Femoral 0° Captured/ 3° Captured/
00-5901-060-00 00-5901-061-00 Alignment Guide Resection Guide Uncaptured Uncaptured
00-5901-067-00 00-5901-063-00 Cutting Head Cutting Head
00-5901-064-00 00-5901-065-00
3
 SECTION

Resect Distal Femur

2

Squeeze the button on the resection guide (Fig. 11) to release

and remove the alignment guide and resection guide assembly
from the cutting head. The modular T-handle is used to remove Oblique Hole
the IM Rod, prior to the distal femoral resection. Alternatively,
the T-handle can be used to remove the IM Rod while the
button on the resection guide is squeezed to facilitate rapid
removal of the IM rod, the alignment guide and the resection
guide at the same time. If necessary, the round end of the
Slaphammer Extractor can be used in conjunction with the
central hole in the T-Handle to remove the IM rod.

Cut the distal femur through the cutting slot in the cutting
head, using a 1.27mm (0.050 in.) oscillating saw blade Fig. 10
(Fig. 12). If the optional uncaptured technique is used, the
distal femur should be cut on the outside surface of the
capture. (see bottom of this page for optional technique)

TECHNIQUE TIP 2.C

Squeeze
Check the flatness of the distal femoral cut with a flat surface,
to Unlock
such as the top of one of the Tibial Cut Guides. If necessary, modify
the distal femoral surface so that it is completely flat. This is
extremely important for the placement of subsequent guides
and for proper fit of the implant.
Remove

After completing the cut, remove pins and the cutting head. Fig. 11
Optional Technique: The cutting head can be used in an
uncaptured manner, as the face of the cutting head is offset by
4mm from the capture. This can be accomplished by rotating
the adjustment dial on the resection guide to the +4mm
position prior to pinning the cutting head in place, which
would result in a 14mm distal femoral resection if using the
capture and a 10mm resection if cutting on the outside surface
of the capture. Alternatively, the adjustment dial on the
resection guide can be set at “0”, the cutting head can
be pinned through the” 0” holes, then moved to the
+4 holes and the resection can be made on the outside
surface of the capture. Both optional methods described
provide a 10mm distal resection.
Fig. 12

Instruments

3.2mm x 75mm Pin/Screw Multi Pin Puller Slaphammer

Trocar Tipped Drill Inserter 00-5901-022-00 Extractor
Pin (2.5mm hex) 00-5901-021-00 00-5901-024-00
00-5901-020-00
4
SECTION

3 Size Femur and Establish External Rotation

Size Femur and Establish External Rotation

Assemble the Posterior Referencing Sizer Boom with the Posterior Insert and
Referencing Sizer (Fig. 13) Establish the initial external rotation Rotate
setting by holding the body (silver portion) of the sizer in one hand,
positioning the opposite index finger behind the “L” or “R” with the
thumb over the “L” or “R”, squeeze, adjust to desired setting and
release. (Fig. 14) External rotation can be set at 0°, 3°, 5°, 7°,
or 9° left or right.

TECHNIQUE TIP 3.A

Remove any osteophytes that interfere with instrument positioning. Fig. 13

Apply the sizer so that the flat surface of the sizer is flush
against the resected surface of the distal femur and the feet of
the sizer are flush against the posterior condyles. Center the
sizer mediolaterally. After positioning the sizer, the external
rotational setting can be verified or adjusted. Both the vertical
and horizontal portions of the sizer provide visual cues
relative to the AP and epicondylar axes of the femur to help
Squeeze to
ensure that desired rotational adjustment is attained. Unlock
While holding the guide in place and if necessary, secure the
sizer to the femur using 33mm x 3.2mm (3.5mm hex) screws
(Fig. 15) in one or both of the holes on the lower portion of
the guide to help draw the sizer adjacent to the distal femur,
Fig. 14
particularly in MIS situations.

TECHNIQUE TIP 3.B

Do not impact the sizer onto the femur.

Slightly extend the knee and retract soft tissues to expose the
anterior femoral cortex. Clear any soft tissue from the anterior
cortex. Ensure that the leg is in less than 90° of flexion
(70°-80°). This will decrease the tension of the patellar tendon
to facilitate placement of the sizing boom. The position of the
boom tip approximates the proximal position of the anterior
flange of the femoral component. The sizing boom can be
rotated to facilitate insertion under the soft tissue envelope.
A palpable indication, as well as size markings on the top Fig. 15
portion of the sizing boom ensures that the sizing boom
is rotated to the correct position.

Instruments

Posterior Posterior 33mm x 3.2mm Pin/Screw Inserter

Referencing Sizer Referencing Sizer Hex Headed Screw 00-5901-021-00
00-5901-040-00 Boom (3.5mm hex)
00-5901-040-10 00-5901-035-33
5
 SECTION

Size Femur and Establish External Rotation

3

TECHNIQUE TIP 3.C

Positioning the sizing boom tip on the “high” part of the femur by
lateralizing the location of the sizing boom tip can often lessen the
likelihood of notching the femur.

After the sizing boom is appropriately positioned, read the

femoral size directly from the sizer, between the arrowed
engraved lines on the sizer tower (Fig. 16). There are six sizes
labeled “C” through “H”. The same size markings are present
on the anterior surface of the sizing boom and approximate
the proximal position of the anterior flange of the femoral Fig. 16
component when telescoped to the same size that has been
determined by the vertical A/P sizing tower. (Fig. 17) The “0”
holes in the midline of the A/P portion of the sizer are used
to drill 3.2mm holes for pegs on the Posterior Referencing
4-in-1 Flex Femoral Cut Guides. (Fig. 18)

In situations where the A/P dimension of the bone is between

sizes and there is a desire to reduce the possibility of
notching, the “+2mm” holes can be drilled to “anteriorize”
the position of the Posterior Referencing 4-in-1 Flex Femoral
Cut Guide by 2mm, in which case the smaller-sized Flex
femoral cut guide should be used.

Alternatively, the larger size can be chosen to help prevent

notching of the anterior femoral cortex. After drilling through
Fig. 17
the desired “0” or “+2mm” holes, the sizer can be removed. If
necessary, remove the screws, then remove the sizer.

TECHNIQUE TIP 3.D

The Multi Pin Puller cannot be used to extract the screw(s).

TECHNIQUE TIP 3.E

This NexGen Posterior Referencing Sizer works only with the NexGen
Posterior Referencing 4-in-1 Flex Femoral Cut Guides.

Fig. 18

Instruments

3.2mm Drill
00-5120-085-00

6
SECTION

4 Complete Femoral A/P and Chamfer Resections

Complete Femoral A/P

and Chamfer Resections
Attach the Quick Connect Handle to the appropriate Posterior 2.) Insert
Referencing 4-in-1 Flex Femoral Cut Guide. (Fig. 19)
• Unlock collar and hold 1.) Unlock
4.) Rotate
• Insert handle into femoral cut guide Collar

• Release collar
• Rotate handle until “click” is heard

Place the 4-in-1 cut guide on the femur by aligning the 2 pins
on the back of the guide with the previously drilled positioning Fig. 19 3.) Release
holes. (Fig. 20)

Impact the handle until the guide is flush with the femur.

Place the Resection Guide through the anterior slot of the cut
guide to ensure the desired anterior resection. (Fig. 21) If the
“0” holes were drilled during the sizing step and there is a risk
of unacceptable notching, use the handle to axially remove
the cut guide.

TECHNIQUE TIP 4.A

Fig. 20
Do not impact the handle during removal.

Fig. 21

Instruments

Posterior Referencing 4-in-1 Flex Quick Connect Resection Guide

Femoral Cut Guides - Sizes C-H Handle 00-5977-084-00
00-5901-043/048-00 00-5901-034-00

7
 SECTION

Complete Femoral A/P and Chamfer Resections

4

Place the next larger-sized femoral cut guide on the femur and
recheck the anterior resection level with the Resection Guide.

If unacceptable “oversizing” of the component will occur, drill

through the holes marked “+2mm” on the anterior face of
the cut guide, remove the cut guide and replace the original
cut guide in the “anteriorized” holes in the femur.
(Fig. 22a & b)

After final placement of the desired cut guide, insert 3.2mm

trocar-tipped pins through the oblique holes in the
cut guide. (Fig. 23)

Use a 1.27mm (.050 in.) thick oscillating saw blade to Fig. 22a & b
complete the anterior, posterior, posterior chamfer and
anterior chamfer resections. (Fig. 24) Upon completion of
the cuts, use the Multi Pin Puller or pin inserter to remove the
oblique pins. Attach the handle to the cut guide and remove
from the femur.

Fig. 23

Fig. 24

Instruments

3.2mm Drill 3.2mm x 75mm Pin/Screw Inserter Multi Pin Puller

00-5120-085-00 Trocar Tipped Drill 00-5901-021-00 00-5901-022-00
Pin (2.5mm hex)
00-5901-020-00
8
SECTION

5A CR-Flex Femoral Trialing and Trochlear Recess Preparation

Refer to page 15 if you prefer to finish the tibia next

CR-Flex Femoral Trialing and Trochlear

Recess Preparation
TECHNIQUE TIP 5.A

Reference the orientation, size, and gender etch and engraved

markings to identify the correct provisional/cut guide.

Attach the Femoral and Provisional Impactor/Extractor to the

correct Provisional/Cut Guide by inserting the tabs on the
Fig. 25
inserter arm into the notches in the provisional/cut guide and
tighten the knob on the impactor. Place the correct CR-Flex
Femoral Provisional/Cut Guide on the femur in the desired
medial/lateral position. (Fig. 25) The impactor/extractor is
impacted to fully seat the CR-Flex Femoral Provisional/Cut Guide.

TECHNIQUE TIP 5.B

Do not impact the anterior flange of the CR-Flex Femoral

Provisional/Cut Guide or the medial or lateral arms or the knob
of the femoral impactor/extractor.
Impaction Area

Secure the fully seated provisional/cut guide to the femur by

inserting the 33mm x 3.2mm screw (3.5mm hex) with the
pin/screw inserter through the hole in the lateral anterior Fig. 26
flange of the femoral provisional/cut guide. (Fig. 26)

If the tibia has been prepared, a trial range of motion can be

performed to assure proper positioning of the femoral
provisional/cut guide prior to bone preparation.

Insert and hold the correct-sized Femoral Provisional Cutting

Guide Plate in the distal slot by hand. (Fig. 27)

Separate Femoral Provisional Cutting Guide Plates exist for

the C/D, E/F, and G/H femoral provisionals/cut guides,
respectively.

TECHNIQUE TIP 5.C

Do not impact the Femoral Provisional Cutting Guide Plate into Fig. 27
the Femoral Provisional/Cut Guide.

Instruments

Femoral and CR-Flex Femoral 33mm x 3.2mm Pin/Screw Inserter Femoral Provisional
Provisional Provisional/Cut Hex Headed Screw 00-5901-021-00 Cutting Guide Plate
Impactor/Extractor Guide, Size E, Right (3.5mm hex) for C-D, E-F, G-H
00-5901-026-00 00-5955-015-92 00-5901-035-33 00-5901-099-01/02/03
9
 SECTION

CR-Flex Femoral Trialing and Trochlear

EstablishRecess
the Tibial
Preparation
Platform
51A

Rest a 1.27mm (.050 in.) thick, ½" wide oscillating or

reciprocating saw blade on the top of the femoral provisional
cutting guide plate in a parallel manner in the same plane as
the etched lines on the provisional/cut guide and cut the bot-
tom of the trochlear recess. (Fig. 28)

Remove the provisional cutting guide plate and mark the

vertical wall cuts for the trochlear recess through the anterior
slots in the femoral provisional/cut guide with a 1.27mm
(.050 in.) thick reciprocating saw blade. (Fig. 29)

TECHNIQUE TIP 5.D

Fig. 28
The trochlear recess vertical wall cuts must be completed after the
provisional/cut guide is removed to ensure proper bone removal to
allow the femoral component to fully seat.

Drill the peg holes for the femoral component through the
femoral provisional/cut guide with the NexGen 6.4mm
Patella/Femoral Drill. (Fig. 30)

Remove the screw from the anterior flange in the femoral

provisional/cut guide. Reattach the impactor/extractor to the
femoral provisional/cut guide to remove from the bone.
If necessary, place the round end of the Slaphammer
Extractor in the extraction hole of the impactor/extractor
Fig. 29
to facilitate removal.

Also, the slaphammer can be inserted into the notch on

medial or lateral side of the provisional/cut guide for removal.

TECHNIQUE TIP 5.E

Do not impact the anterior flange of the CR-Flex Femoral

Provisional/Cut Guide for removal.

Fig. 30

Instruments

NexGen 6.4mm Slaphammer

Patella/Femoral Extractor
Drill 00-5901-024-00
00-5120-052-01
10
SECTION

51B EstablishFemoral
LPS-Flex the Tibial
Trialing,
Platform
Trochlear Recess and LPS Box Preparation

LPS-Flex Femoral Trialing, Trochlear

Recess and LPS Box Preparation

TECHNIQUE TIP 5.F

Reference the orientation, size, and gender etch and engraved

markings to identify the correct provisional/cut guide.

Attach the Femoral and Provisional Impactor/Extractor to the

correct Provisional/Cut Guide by inserting the tabs on the
inserter arm into the notches in the provisional/cut guide and
tighten the knob on the impactor. Place the correct LPS-Flex Fig. 31
Femoral Provisional/Cut Guide on the femur in the desired
medial/lateral position. (Fig. 31) The impactor/extractor is
impacted to fully seat the LPS-Flex Femoral Provisional/Cut Guide.

TECHNIQUE TIP 5.G

Do not impact the anterior flange of the LPS-Flex Femoral

Provisional/Cut Guide or the medial or lateral arms or the knob
of the femoral impactor/extractor.

Secure the fully seated provisional/cut guide to the femur by

inserting the 33mm x 3.2mm screw (3.5mm hex) with the pin/
screw inserter through the hole in the lateral anterior flange of
the femoral provisional/cut guide. (Fig. 32) Fig. 32
If the tibia has been prepared, a trial range of motion can be
performed to assure proper positioning of the femoral
provisional/cut guide prior to bone preparation.

Insert and hold the correct-sized Femoral Provisional Cutting

Guide Plate in the distal slot by hand. (Fig. 33)

Separate Femoral Provisional Cutting Guide Plates exist for

the C/D, E/F, and G/H femoral provisionals/cut guides,
respectively.

TECHNIQUE TIP 5.H

Do not impact the Femoral Provisional Cutting Guide Plate into the
Femoral Provisional/Cut Guide. Fig. 33

Instruments

Femoral and LPS-Flex Femoral LPS-Flex Modular 33mm x 3.2mm Pin/Screw Inserter Femoral Provisional
Provisional Provisional/Cut Box Provisional, Hex Headed Screw 00-5901-021-00 Cutting Guide Plate for
Impactor/Extractor Guide, Size E, Right Size E, Right (3.5mm hex) C-D, E-F, G-H
00-5901-026-00 00-5961-015-92 00-5961-015-82 00-5901-035-33 00-5901-099-01/02/03
11
 SECTION

LPS-Flex Femoral Trialing, Trochlear Recess

Establish
and LPS
theBox
Tibial
Preparation
Platform
51B

Rest a 1.27mm (.050 in.) thick, ½" wide oscillating or recipro-

cating saw blade on the top of the femoral provisional cutting
guide plate in a parallel manner in the same plane as the
etched lines on the provisional/cut guide and cut the bottom
of the trochlear recess. (Fig. 34) Remove the provisional cutting
guide plate and make the vertical wall cuts for the trochlear re-
cess cuts by resting the saw blade in a parallel manner against
the interior side walls of the LPS femoral provisional/cut guide.
Reinsert the provisional cutting guide plate in the anterior slot
by hand and hold. Make the anterior to posterior LPS box cut
with a 1.27mm (.050 in.) thick, ½" wide oscillating or recipro-
cating saw blade, by resting the saw blade in a parallel manner Fig. 34
on the front surface of the cutting guide plate in the same
plane as the etched lines. (Fig. 35a)
Remove the provisional cutting guide plate and make the
vertical wall cuts for the LPS notch cuts by resting the saw
blade in a parallel manner against the interior sidewalls
of the LPS femoral provisional/cut guide. (Fig. 35b)
By hand, insert the correct-size orientation, and family LPS-Flex
modular box provisional into the LPS-Flex femoral provisional/
cut guide to assure that adequate bone has been removed for
the implant AND for proper patella trialing. (Fig. 36)
a b
TECHNIQUE TIP 5.I

If the appropriately sized LPS-Flex modular box provisional does not Figs. 35a & b
easily seat into the provisional/cut guide perform clean up
cuts to assure adequate bone has been removed.
Do NOT impact the modular box provisional.
Insert

Drill the peg holes for the femoral component through the
femoral provisional/cut guide with the NexGen 6.4mm
Patella/Femoral Drill.
Remove the screw from the anterior flange in the femoral
provisional/cut guide. Reattach the impactor/extractor to the
femoral provisional/cut guide to remove from the bone.
If necessary, place the round end of the Slaphammer
Extractor in the extraction hole of the impactor/extractor
to facilitate removal. Fig. 36
Also, the slaphammer can be inserted into the notch on
medial or lateral side of the provisional/cut guide for removal.
Instruments
TECHNIQUE TIP 5.J

Do not impact the anterior flange of the LPS-Flex Femoral

Provisional/Cut Guide for removal.

NexGen 6.4mm Slaphammer

Patella/Femoral Extractor
Drill 00-5901-024-00
00-5120-052-01
12
SECTION

51C
Alternate Method for Trochlear Recess Preparation for CR-Flex
Establish the Tibial Platform
or LPS-Flex Provisional/Cut Guides

Alternate Method for Trochlear Recess CR-Flex LPS-Flex

Preparation for CR-Flex or LPS-Flex

Provisional/Cut Guides
Place and affix the appropriate femoral provisional/cut guide.

(See steps 5A and 5B for placement and fixation instructions

for CR-Flex and LPS-Flex provisionals/cut guides, respectively.)

By hand, fully seat the Captured Trochlear Cut Guide

into the femoral provisional/cut guide in the proper
orientation. (Fig. 37) Fig. 37

TECHNIQUE TIP 5.K

CR-Flex
Do not impact the Captured Trochlear Cut Guide.

Secure with the 33mm x 3.2mm screw (3.5mm hex) through

the medial hole of the cut guide with the Pin/Screw Inserter.
(Fig. 38)
LPS-Flex
TECHNIQUE TIP 5.L

Do not use a longer screw.

Insert a 1.27mm (.050 in.) thick, ½" wide oscillating or

reciprocating saw blade into the capture to make the bottom
of the trochlear recess cut. (Fig. 39) Fig. 38

After completing the cut, use the pin/screw inserter

to remove the screw.
CR-Flex

TECHNIQUE TIP 5.M

The Multi Pin Puller cannot be used to extract the screw. LPS-Flex

Remove the Captured Trochlear Cut Guide from the

femoral provisional/cut guide.

Refer to step 5A, page 9, for remaining CR-Flex

femoral preparation.

Refer to step 5B, page 11, for remaining LPS-Flex

Fig. 39
femoral preparation.

Instruments

Captured Trochlear 33mm x 3.2mm Pin/Screw Inserter CR-Flex Femoral LPS-Flex Femoral
Cut Guide Hex Headed Screw 00-5901-021-00 Provisional/Cut Provisional/Cut
00-5901-097-00 (3.5mm hex) Guide, Size E, Right Guide, Size E, Right
00-5901-035-33 00-5955-015-92 00-5961-015-92
13
 SECTION

Alternate Method for

Establish
LPS-Flex
theBox
Tibial
Preparation
Platform
51D

Alternate Method for LPS-Flex

Box Preparation
LPS-Flex

TECHNIQUE TIP 5.N

Make sure that the bottom of the trochlear recess cut for the
LPS-Flex component has already been completed in either Step 5B
or the alternate method described on the opposite page.

By hand, fully seat the Captured LPS-Flex Box Cut Guide into
the appropriate LPS-Flex provisional/cut guide in the proper
orientation. (Fig. 40) Fig. 40

TECHNIQUE TIP 5.O

Do not impact the LPS-Flex box cut guide.

Secure the Captured LPS-Flex box cut guide though the lateral LPS-Flex
anterior flange with a 33mm x 3.2mm screw (3.5mm hex) with
the pin/screw inserter. (Fig. 41)

TECHNIQUE TIP 5.P

Do not use a longer screw.

Insert a 1.27mm (.050 in.) thick, ½" wide oscillating or Fig. 41

reciprocating saw blade into the capture to make the anterior to
posterior portion of the LPS box cut (Fig. 42).

After completing the cut, use the pin/screw inserter to

remove the screw.

LPS-Flex
TECHNIQUE TIP 5.Q

The Multi Pin Puller cannot be used to extract the screw.

Remove the Captured LPS-Flex box cut guide from the femoral
provisional/cut guide.

Refer to step 5B, page 11, for remaining LPS-Flex

femoral preparation. Fig. 42

Instruments

Captured LPS Box 33mm x 3.2mm Pin/Screw Inserter LPS-Flex Femoral

Cut Guide Hex Headed Screw 00-5901-021-00 Provisional/Cut
00-5901-098-00 (3.5mm hex) Guide, Size E, Right
00-5901-035-33 00-5961-015-92
14
SECTION

61A Establish
Resect Proximal
the Tibial
Tibia
Platform
without Spike Arm

Resect Proximal Tibia without Spike Arm

Extramedullary (EM) Technique without Spike Arm 3

Assemble Alignment Guide 2b

Assemble the EM Tibial Alignment Guide. (Fig. 43 and Fig. 44)

1. Depress and hold the button, insert the threaded 2a

rod on the Ankle Clamp into the EM Distal
Telescoping Tube and release the button.

2. Depress and hold the button on the proximal end

of the distal tube, and insert the EM Proximal
1a
Telescoping Rod and release the button.

3. Attach the selected Captured Tibial Cutting Guide.

1b

TECHNIQUE TIP 6.A Fig. 43

The button shown in step one is used for adjusting the

varus/valgus angle of the captured tibial cutting guide.

TECHNIQUE TIP 6.B

The button shown in step two is used for adjusting the height of
the captured tibial cutting guide. It can be depressed for macro-
adjustment and rotated for micro-adjustment. One rotation equals
1mm of adjustment.

TECHNIQUE TIP 6.C

The button on the distal anterior portion of the assembly is depressed

to adjust the slope of the captured tibial cutting guide.
Fig. 44

Instruments

Ankle Clamp EM Distal EM Proximal Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide,
00-5901-070-00 Telescoping Tube Telescoping Rod 7°, Universal 7°, Left 7°, Right 0°, Left 0°, Right
00-5901-071-00 00-5901-072-00 00-5901-080-00 00-5901-077-00 00-5901-078-00 00-5901-075-00 00-5901-076-00

Tibial Cut Guide, Tibial Depth Tibial Depth 3.2mm Drill

0°, Universal Resection Stylus Resection Stylus 00-5120-085-00
00-5901-079-00 2/10mm 4/6mm
00-5901-082-00 00-5901-081-00
15
 SECTION

Resect Proximal
Establish
Tibia without
the Tibial
Spike
Platform
Arm
61A

Position Alignment Guide

To improve the exposure of the tibial surface, retract the tibia
anteriorly. Carefully position the retractor against the posterior
cortex of the tibia subperiosteally to prevent neurovascular
injury. Retract the patella laterally.

Adjust the telescoping rod to the approximate length of the

tibia. Place the spring arms of the Ankle Clamp around the Right shortens and increases resection
ankle proximal to the malleoli. Left lengthens and decreases resection

Align the rod with the medial third of the tibial tubercle or
just medial to the tubercle. Push the varus/valgus button
on the distal posterior portion of the EM Alignment Guide to Fig. 45
adjust the rod mediolaterally so the guide is aligned with the
mechanical axis of the tibia. The longitudinal
axis of the rod will usually lie just medial to the mid-point
of the tibial tubercle and be centered in line with the
intercondylar eminence. Rotational
Verification
The foot of the rod should be positioned about 5mm-10mm
medial to the midpoint between the palpable medial and
lateral malleoli.

Depress or rotate the button on the proximal portion of the

EM Distal Telescoping Tube to position the Captured Cut Guide
proximal to the tibial tubercle. (Fig. 45)

The posterior cortex of the tibia can also be used as a

Fig. 46
rotational check. (Fig. 46) Push the button on the distal
anterior portion of the EM Alignment Guide and adjust the
rod in the sagittal plane so the rod is parallel to the anterior
tibial shaft. A 3.2mm drill bit or the 3.2mm pin can be placed
through the hole in the slot of the Captured Cutting Guide to
help assess the expected slope of the tibial resection.
(Fig. 47) As necessary, adjust the tibial slope of the
alignment guide.

Fig. 47

16
SECTION

61A Establish
Resect Proximal
the Tibial
Tibia
Platform
without Spike Arm

Set Resection Level

Each tip of the Tibial Depth Resection Stylus indicates a
different depth. The 2mm tip is used to check the depth from
the defective tibial condyle for a minimal cut. The 10mm tip
is used to check the depth from the least involved tibial
condyle for an anatomic cut.

Insert the plate on the Tibial Depth Resection Stylus into the
slot of the Captured Cut Guide. (Fig. 48). The 2mm tip should
rest on the tibial condyle (Fig. 49). This positions the slot of the
Cut Guide to remove 2mm of bone below the tip of the stylus.
Alternatively, rest the 10mm tip of the stylus on the cartilage of Fig. 48
the least involved condyle (Fig. 50). This will allow the removal
of the same amount of bone that the thinnest tibial component
2mm 10mm
will replace. These two points of resection will usually not Stylus Tip Stylus Tip
coincide. The surgeon must determine the appropriate level
of resection based on patient’s needs, such as: age, bone
quality, and the type of prosthetic fixation planned.

Depress or rotate the button on the proximal portion

of the EM Distal Telescoping Tube to position the Tibial
Depth Resection Stylus and the Captured Cut Guide to
the desired level.

Insert 3.2mm trocar-tipped pins through the “0” holes in the

Captured Cut Guide with the Pin/Screw Inserter (Fig. 51).
Fig. 49 Fig. 50

TECHNIQUE TIP 6.D

Care should be taken to prevent overdriving the pins to avoid

posterior vascular and neural structures.

Remove the Tibial Depth Resection Stylus.

Fig. 51

Instruments

Ankle Clamp EM Distal EM Proximal Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide,
00-5901-070-00 Telescoping Tube Telescoping Rod 7°, Left 7°, Right 7°, Universal 0°, Left 0°, Right
00-5901-071-00 00-5901-072-00 00-5901-077-00 00-5901-078-00 00-5901-080-00 00-5901-075-00 00-5901-076-00

17
 SECTION

Resect Proximal
Establish
Tibia without
the Tibial
Spike
Platform
Arm
61A

Resect Proximal Tibia

Push the button on the anterior proximal portion of the
Alignment Guide assembly to remove the EM Tibial Alignment
Guide (Fig. 52), while leaving the Captured Cut Guide in place
on the bone.

Optionally, the entire assembly can be left in place for

additional stability during resection.

If the EM alignment guide has been removed, additional 2mm

adjustments may be made by using the sets of holes marked
“+2”, and “+4”. The markings on the Cut Guide indicate,
in millimeters, the amount of bone resection relative to the Fig. 52
standard tibial resection set by the Captured Cut Guide
and Tibial Depth Resection Stylus.

Once the tibial resection has been determined, insert a 3.2mm

trocar-tipped in the oblique hole to further secure the Captured
Cut Guide. (Fig. 53)

TECHNIQUE TIP 6.E

Be careful to avoid cutting the patellar tendon when cutting the

lateral side of the tibial.

Use a 1.27mm (.050-inch) oscillating saw blade through the

slot on the Captured Cut Guide to resect the proximal surface Fig. 53
of the tibia. (Fig. 54) Prior to removing the Captured Cut Guide,
another Captured Cutting Guide can be inverted and placed
on the resected tibia to assure that a planar cut has been
achieved. If necessary, perform a clean-up cut. Remove pins
and the captured cut guide.

TECHNIQUE TIP 6.F

After cutting through the medial side and as far as possible into the
lateral side, remove the cut guide assembly. Extend the knee and
retract soft tissue on the lateral side. If necessary use an osteotome
to complete the cut.

For an uncaptured tibial cut – see the “Optional Uncaptured Fig. 54

Tibial Cut” section on page 20.

Instruments

Tibial Cut Guide, Tibial Depth Tibial Depth Pin/Screw Inserter 3.2mm x 75mm Alignment Adapter Alignment Rod Multi Pin Puller
0°, Universal Resection Stylus Resection Stylus 00-5901-021-00 Trocar Tipped Drill 00-5901-086-00 with Coupler 00-5901-022-00
00-5901-079-00 2/10mm 4/6mm Pin (2.5mm hex) 00-5785-080-00
00-5901-082-00 00-5901-081-00 00-5901-020-00
18
SECTION

61B Establish
Resect Proximal
the Tibial
Tibia
Platform
with Spike Arm

Resect Proximal Tibia with Spike Arm

2) Insert
EM Technique with Spike Arm
Extramedullary (EM) Technique with Spike Arm
Assemble the EM Tibial Alignment guide and place on the tibia, 1) Push
as described in step 6A.

Depress the button on the Spike Arm Post and insert the 3) Insert
EM Tibial Spike Arm. (Fig. 55) Insert the Spike Arm Post into the
EM Proximal Telescoping Rod and stabilize the alignment guide,
by tapping in only the longest spike on the Spike Arm into the
central tibial plateau just anterior to the tibial spine in the
mediolateral midline. (Fig. 56) Depress the button on the Fig. 55
the Spike Arm Post and slide the Captured Cut Guide
so that it is adjacent to the proximal anterior tibia.

Make final varus/valgus and slope adjustments as described

in step 6A. Fully impact the Spike Arm. Depress or rotate the
button on the proximal portion of the EM Distal Telescoping
Tube to position the Tibial Depth Resection Stylus and the
Captured Cut Guide to the desired level.

Insert 3.2mm trocar-tipped pins through the “0” holes

in the Captured Cut Guide. (Fig. 57)

TECHNIQUE TIP 6.G

Fig. 56
Care should be taken to prevent overdriving the pins to avoid
posterior vascular and neural structures.

Instruments

EM Modular Spike EM Modular Ankle Clamp EM Distal

Fig. 57
Arm Post Spike Arm 00-5901-070-00 Telescoping Tube
00-5901-074-00 00-5901-073-00 00-5901-071-00

EM Proximal Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Depth
Telescoping Rod 7°, Left 7°, Right 7°, Universal 0°, Left 0°, Right 0°, Universal Resection Stylus
00-5901-072-00 00-5901-077-00 00-5901-078-00 00-5901-080-00 00-5901-075-00 00-5901-076-00 00-5901-079-00 2/10mm
00-5901-082-00
19
 SECTION

Resect Proximal
Establish
Tibia
thewith
Tibial
Spike
Platform
Arm
61B

Remove Spike Arm

Remove the Spike Arm with the Slaphammer Extractor while
simultaneously applying upward pressure on the
opposite end of the Spike Arm (Fig. 58).

Optionally, the entire assembly can be left in place for

additional stability during resection.

Refer to page 15 for remaining tibial resection steps under

“Resect the Proximal Tibia”.

Optional Uncaptured Tibial Cut

If desired, the cut can be made from the top surface of the
Captured Cut Guide. The top surface of the guide is 4mm above
the slot (Fig. 59), so the position of the guide must be adjusted
to account for this difference.
Fig. 58
The adjustment can be made after the alignment guide
assembly is removed by removing the Captured Cut Guide from
the pins, which were inserted through the “0” holes, and then
reapplying the guide through the holes marked“+4”. (Fig. 60)

4mm

Fig. 59

+4 Holes

Fig. 60

Instruments

Tibial Depth Pin/Screw Inserter 3.2mm x 75mm Alignment Adapter Alignment Rod Multi Pin Puller Slaphammer
Resection Stylus 00-5901-021-00 Trocar Tipped Drill 00-5901-086-00 with Coupler 00-5901-022-00 Extractor
4/6mm Pin (2.5mm hex) 00-5785-080-00 00-5901-024-00
00-5901-081-00 00-5901-020-00
20
SECTION

71 Establishthe
Prepare thePatella
Tibial Platform

Prepare the Patella

TECHNIQUE TIP 7.A

These instruments are designed for onlaying all-poly patella only.

Place the leg in full extension, evert the patella to at least 90°.
Stabilize the patella, using two inverted towel clips.

Incise the soft tissue around the patella down to the Fig. 61
insertion of the quadriceps and patellar tendons using
an electrocautery knife.

Before making any bone cuts, determine the maximum Patella Size and Thickness Patella Size and Thickness
thickness of the patella by using the Femur Caliper to measure
NexGen Standard Implant Natural-Knee® Flex Implant
the most prominent anterior-to-posterior dimension. (Fig. 61)
29mm x 8.0mm 0 (28mm) x 8.0mm
32mm x 8.5mm 1 (32mm) x 8.0mm
TECHNIQUE TIP 7.B
35mm x 9.0mm 2 (35mm) x 8.0mm
The Femur Caliper has a tolerance of ± 0.25mm. 38mm x 9.5mm 3 (38mm) x 8.0mm
41mm x 10.0mm

Refer to the sizing chart for patella dimensions. (Fig. 62)

Fig. 62
Use a 3.2mm drill to drill the highest portion of the medial
facet perpendicular to the articular surface approximately
12mm deep centered on the medial sagittal ridge. (Fig. 63)
This acts as a guide for proper medialization of the patella.

Fig. 63

Instruments

Femur Caliper 3.2mm Drill

00-5903-030-00 00-5120-085-00

21
 SECTION

EstablishPrepare
the Tibial
thePlatform
Patella
71

Use the Patella Osteotomy Guide with the stylus set for the 1.) Depress Collar
desired amount of resection. Depress the button on the stylus
while twisting to set the stylus at the desired resection level
(Fig. 64). If the patella is very worn, resect less bone. 2.) Rotate Collar

TECHNIQUE TIP 7.C

Assure that the stylus is referencing the most prominent point on the
patella before resecting.

Apply the Patella Osteotomy Guide medially and laterally with Fig. 64
the jaws at the osteochondral juncture with the handles of the
jig oriented toward the foot. Apply the guide with the jaws
parallel to the dorsal surface of the patella, while positioning
the stylus over the most prominent point on the patella.

Make the resection with a 1.27mm (.050 in) thick saw

blade (Fig. 65). Cut the patella flat so that a smooth
surface remains.

TECHNIQUE TIP 7.D

To facilitate unlocking the guide from the patella, apply slight

gripping pressure on the handles of the guide, and depress the
release lever to unlock the guide. (Fig. 66)
Fig. 65

2.) Depress

Fig. 66 1.) Squeeze

Instruments

Patella Osteotomy
Guide
00-5903-010-00

22
SECTION

71 Establishthe
Prepare thePatella
Tibial Platform

Using the NexGen Patella Sizing Template, select the

maximum-sized patella that does not overhang, centered
over the 3.2mm drill hole as a reference for proper
medialization. (Fig. 67)

TECHNIQUE TIP 7.E

Do not drill through the center hole of the sizing template.

TECHNIQUE TIP 7.F

Fig. 67
Eccentric placement of the patella 3-4mm medially allows for better
patella tracking.

Insert the appropriately-sized NexGen Patella Peg Drill Guide

into the Patella Clamp in the proper orientation. (Fig. 68) Place
the Patellar Clamp with the drill guide over the cut surface of
the patella, centered slightly toward the medial facet over the
3.2mm drill hole with the clamp oriented so two of the holes
are biased toward the medial side of the patella (Fig. 69).

TECHNIQUE TIP 7.G

For hard/sclerotic bone it may be necessary to impact the drill guide Fig. 68
face to fully seat the drill guide. This is necessary to assure that
adequate bone removal is attained during drilling to fully seat
the implant.

Fig. 69

Instruments

NexGen Patella NexGen Patella Peg Patella Clamp

Sizing Template Drill Guide Sizes 00-5903-020-00
00-5903-041-00 29, 32, 35, 38, 41
00-5903-023-29/41
23
 SECTION

EstablishPrepare
the Tibial
thePlatform
Patella
71

Use the NexGen 6.4mm Patella/Femoral Drill to drill through

the 3 peg holes in the Drill Guide. (Fig. 70)

TECHNIQUE TIP 7.H

To facilitate unlocking the clamp from the patella, apply slight

gripping pressure on the handles of the guide, and depress the
release lever to unlock guide. (Fig. 71)

Alternate Technique: The desired NexGen Drill Guide can be

inserted into the Peg Hole Drill Guide Handle and placed onto Fig. 70
the resected patella in the proper orientation for peg hole
preparation. (Fig. 72) The face of the drill guide should be
tapped until fully seated.

2.) Depress
TECHNIQUE TIP 7.I

If the Natural-Knee Flex patella is used the Natural-Knee instruments

from the self-contained mini-instrument kit must be used. This kit
1.) Squeeze
contains the following Natural-Knee specific instruments: sizing
template, patella peg drill, patella peg drill guide, and
Natural-Knee Flex provisionals.

TECHNIQUE TIP 7.J Fig. 71

Sizing templates are marked with their respective brand names.

Drill guides and patella drills are NOT interchangeable between
the two systems.

TECHNIQUE TIP 7.K

For patella compatibilities see implant labeling.

Fig. 72

Instruments

NexGen 6.4mm Peg Hole Drill

Patella/Femoral Guide Handle
Drill 00-5903-060-00
00-5120-052-01
24
SECTION

81A Establish
Size and Position
the Tibial
Tibial
Platform
Component

Size and Position Tibial Component

Position Tibial Sizing Plate Based
on Trial Range of Motion
Select the appropriate sizing plate that provides the desired
tibial coverage. Attach the Offset Sizing Plate Handle to the
Sizing Plate (Fig. 73). The handle should be inserted on the
medial side of the sizing plate to provide clearance for the
patella. If a lateral incision is used, then attach to the lateral
side of the sizing plate. Extend the lever on the handle and
engage the tabs on the handle with the grooves on the
sizing plate by positioning the lever lateral to the dovetail,
and clamp the lever to secure.

Lock
TECHNIQUE TIP 8.A

The offset handle contains several moving parts. If trigger becomes

hard to engage, apply instrument lubrication.
Fig. 73
TECHNIQUE TIP 8.B

Do not impact or lever the Offset Sizing Plate Handle; this instrument
is designed for alignment purposes only. Use the alignment rod in
the hole or slot in the sizing plate Handle to verify proper tibial plate
varus/valgus and rotational alignment. See Appendix A for correcting
varus/valgus resections.

Insert the appropriate Femoral Provisional/Cut Guide, Patellar

Provisional, and Articular Surface Provisional. If the Articular
Surface Provisional has both the femoral sizes (alpha) and
tibial sizes (numeric), then use these alphanumeric codes
to match the 3 components. If the alphabetic and numeric
sizes are not on the Articular Surface Provisional Component,
then use the color code to match the sizing plate. If there is
no match between the Femoral Provisional and Sizing Plate,
adjust the size of the Sizing Plate to obtain a match. Flex and
extend the knee with the provisionals in place. Check the
range of motion and ligament stability. Perform any necessary
soft tissue releases. With proper soft tissue balancing Fig. 74
complete, the tibial component tends to seat itself in the
position where it best articulates with the femur (Fig. 74).

Instruments

Offset Sizing Plate Tibial Sizing Plate Standard All-Poly CR Articular CR-Flex Femoral Femoral and
Handle w/out Posterior Patella Provisional, Surface Provisional Provisional/Cut Provisional
00-5953-096-00 Tabs, Size 2-8 Size 32mm x 8.5mm C-H 5-6, 10mm Guide, Size E, Right Impactor/Extractor
00-5951-019-02/08 00-5971-065-32 00-5971-040-10 00-5955-015-92 00-5901-026-00
25
 SECTION

Size and
Establish
Positionthe
Tibial
Tibial
Component
Platform
81A

During the trial reduction, observe the relative position of the

Femoral Provisional/Cut Guide on the Tibial Articular Surface
Provisional by using the lines on both provisionals. The lines
can be used to determine if posterior rollback is occurring,
whether the PCL is functional, and if the femoral component
will contact the tibial articular surface in the proper location.
If the PCL is properly balanced, the Femoral Provisional should
sit near the anterior or center lines on the tibial Articular
Surface Provisional in extension and near the posterior line in
flexion. If the Femoral Provisional/Cut Guide sits posterior to
the lines, the PCL may be too tight or the articular surface may
be too thick. If the Femoral Provisional/Cut Guide sits anterior
to the lines, the PCL may be too loose. Fig. 75

After this self-centering process has occurred, mark

the position of the sizing plate with methylene blue or
electrocautery or secure the sizing plate by placing a
33mm x 3.2mm screw (3.5mm hex) in one of the anterior
holes in the sizing plate (Fig. 75) and remove the
remaining provisional components.

Pin the sizing plate in place with a 25mm Shorthead

Holding Pin (Fig. 76).

TECHNIQUE TIP 8.C

It is recommended to use the screw on one anterior pin hole and a

Shorthead holding pin on the opposite side of the sizing plate face to
assure plate stability. Ensure that the sizing plate remains in the proper
position when pinning.

TECHNIQUE TIP 8.D

When pinning the sizing plate to the bone through the anterior angled Fig. 76
pin holes, verify the posterior edge of the sizing plate does not
lift-off from the bone from overtightening.

Once desired alignment has been verified with the Drop Rod,
remove the sizing plate handle from the sizing plate.

Instruments

33mm x 3.2mm Pin/Screw Inserter 25mm Shorthead Multi Pin Puller Alignment Rod
Hex Head Screw 00-5901-021-00 Holding Pin 00-5901-022-00 with Coupler
(3.5mm hex) 00-5977-056-03 00-5785-080-00
00-5901-035-33
26
SECTION

81B Establish
Size and Position
the Tibial
Tibial
Platform
Component

Position Tibial Sizing Plate based

on Anatomic Landmarks
The position of the tibial component can be determined
based on anatomic landmarks prior to trial reduction. Select
the appropriate sizing plate that provides the desired tibial
coverage. Attach the Offset Sizing Plate Handle to the sizing
plate (Fig. 77). The handle should be inserted on the medial
side of the sizing plate to provide clearance for the patella.
If lateral incision, then attach to lateral side of sizing plate. Lock
Extend the lever on the handle and engage the tabs on the
handle with the grooves on the sizing plate by positioning the
lever lateral to the dovetail, and clamp the lever to secure.

Fig. 77
TECHNIQUE TIP 8.E

The offset handle contains several moving parts. If trigger becomes

hard to engage, apply instrument lubrication.

TECHNIQUE TIP 8.F

Do not impact or lever the Offset Sizing Plate Handle; this instrument
is designed for alignment purposes only.

Generally, the handle aligns with the anterior aspect of the

tibia. Rotate the sizing plate/provisional so the handle points
at, or slightly medial to, the tibial tubercle.

Instruments

Offset Sizing Plate Tibial Sizing Plate 33mm x 3.2mm Pin/Screw Inserter
Handle w/out Posterior Hex Headed Screw 00-5901-021-00
00-5953-096-00 Tabs, Sizes 2-8 (3.5mm hex)
00-5951-019-02/08 00-5901-035-33
27
 SECTION

Size and
Establish
Positionthe
Tibial
Tibial
Component
Platform
81B

TECHNIQUE TIP 8.G

Do not impact or lever the Offset Sizing Plate Handle; this instrument
is designed for alignment purposes only. Use the alignment rod in
the hole or slot in the sizing plate Handle to verify proper tibial plate
varus/valgus and rotational alignment. (Fig. 78) See Appendix A for
correcting varus/valgus resections.

Fig. 78
When the desired position has been attained, secure the sizing
plate by placing a 33mm x 3.2mm screw (3.5mm hex) in one
of the anterior holes in the sizing plate (Fig. 79) and a 25mm
Shorthead Holding Pin on the opposite side of the sizing plate
face. (Fig. 80) Ensure that the sizing plate remains in the proper
position when pinning.

TECHNIQUE TIP 8.H

It is recommended to use the screw on one anterior pin hole and a

Shorthead holding pin on the opposite side of the sizing plate face
to assure plate stability. Ensure that the sizing plate remains in
Fig. 79
the proper position when pinning.

TECHNIQUE TIP 8.I

When pinning the sizing plate to the bone through the anterior angled
pin holes, verify the posterior edge of the sizing plate does not lift-off
from the bone from overtightening.

Once desired alignment has been verified with the Drop Rod,
remove the MIS Sizing Plate Handle from the sizing plate.

Fig. 80

Instruments

Alignment Rod 25mm Shorthead Multi Pin Puller

with Coupler Holding Pin 00-5901-022-00
00-5785-080-00 00-5977-056-03

28
SECTION

91 Establish
Broach Tibia
the Tibial Platform

Broach Tibia
Place and hold the 16.7mm Drill Bushing on the Tibia Sizing
Plate without Posterior Tabs. (Fig. 81) The Peg Hole Drill Guide
Handle can also be attached to the drill bushing and placed
on the sizing plate. (Fig. 82)

Use the 16.7mm Cemented Stemmed Tibial Drill and drill

until the engraved line on the drill is in line with the top of the
16.7mm Drill Bushing. (Fig. 83)

TECHNIQUE TIP 9.A Fig. 81

Hold the drill bushing flush against the sizing plate while drilling.

Assemble the Tibial Broach Impactor to the correct-sized

Stemmed Tibial Broach , by retracting the locking button
on the impactor, inserting the broach and releasing the
locking button. (Fig. 84)

TECHNIQUE TIP 9.B

Make sure that the broach handle remains flush against the sizing
plate and in full contact with the sizing plate and that the broach
handle does not toggle during impaction. Fig. 82

Fig. 83

Instruments

Tibial Sizing Plate 16.7mm Drill 16.7mm Cemented 33mm x 3.2mm Pin/Screw Inserter 25mm Shorthead Peg Hole Drill
w/out Posterior Bushing Stemmed Tibial Drill Hex Headed Screw 00-5901-021-00 Holding Pin Guide Handle
Tabs, Sizes 2-8 00-5901-012-00 00-5977-010-01 (3.5mm hex) 00-5977-056-03 00-5903-060-00
00-5951-019-02/08 00-5901-035-33
29
 SECTION

Establish the Tibial

Broach
Platform
Tibia
91

Impact the tibial broach impactor assembly with care to

2.) Insert
prevent fracture of the tibia (Fig. 85). Impact until the
instrument bottoms out on the handle stop (Fig. 85 inset).
1.) Retract

TECHNIQUE TIP 9.C

Keep the broach impactor as close to vertical as possible to facilitate 3.) Release
proper broach position. The orientation of the broach handle is
important to ensure proper and complete broaching resulting in Fig. 84
full seating of the tibial implant on the bone.

Remove the tibial broach impactor and the bone plug .

TECHNIQUE TIP 9.D

Impact the under surface of the impaction head in the center of the
anterior portion of the collar beneath the impaction head. Maintain a
vertical impact direction in order to extract the broach straight out of the
bone and avoid disruption of the broach preparation. Vertical extraction
will also reduce stress on the instrument (Fig. 86). DO NOT extract with
mallet blows on either the medial or lateral side of the under surface
of the impaction head. DO NOT attempt to extract the broach with a
horizontal or angled blow on any side of the broach impactor handle.

Fig. 85

Fig. 86

Instruments

Tibial Broach Stemmed Tibial

Impactor Broach Size 5,6
00-5951-090-00 00-5977-013-05

30
SECTION

10
1 EstablishTrial
Perform the Reduction
Tibial Platform

Perform Trial Reduction

In this step, a trial reduction is performed to check component
position, patellar tracking, ROM, and joint stability. The tibial
sizing plate is in place.

With the knee in 70°-90° of flexion, place the Collateral

Retractor laterally, an Army-Navy retractor anteriorly,and
a rake retractor on the meniscal bed medially. Attach the
Femoral and Provisional Impactor/Extractor to the appropriate
femoral provisional/cut guide and insert on the bone in
the correct position. (Fig. 87)

TECHNIQUE TIP 10.A

Fig. 87
Be sure that soft tissue is not trapped beneath the provisional.
Impact until fully seated.

Remove the impactor/extractor from the provisional/cut guide.

With the knee in extension, check to ensure that the

provisional is flush against the resected surface of the femur
on the medial condyle. Retract the lateral side and check
to make sure it is flush on the lateral side. Insert the
appropriate tibial articular surface provisional and perform
a trial reduction. Check ligament stability in extension and
in 30°, 60°, and 90° flexion. (Fig. 88)

Attempt to distract the joint in flexion to ensure that it will not

distract. If a posterior stabilized component is used, hyperflex
the knee and check to make sure that the spine still engages
the cam. Insert the patellar provisional onto the resected Fig. 88
patellar surface. Perform a ROM to check patellar tracking.

When component position, ROM, and joint stability have

been confirmed, remove all provisional components.

Instruments

Tibial Sizing Plate Standard All-Poly CR Articular Surface CR-Flex Femoral Femoral and
w/out Posterior Patella Provisional, Provisional Provisional/Cut Provisional
Tabs, Sizes 2-8 Size 35mm x 9mm C-H 5-6, 10mm Guide, Size E, Right Impactor/Extractor
00-5951-019-02/08 00-5971-065-35 00-5971-040-10 00-5955-015-92 00-5901-026-00
31
 SECTION

Establish
Implant
the Tibial
Components
Platform
11
1

Implant Components

TECHNIQUE TIP 11.A

Prior to cementing components, use pulse lavage to remove

unwanted debris from the resected bone surfaces and the joint space.

In this step, the final components are implanted, and the

tibial articular surface is secured to the implanted tibial base
plate. When using cemented components, it is recommended
to use two batches of cement. After the implants have been
chosen, make a final check to ensure that all components
are compatible.

If using a cemented component, mix the first batch of cement.

The cement should have a doughy consistency when ready
for use.

Instruments

33mm x 3.2mm Pin/Screw Inserter 25mm Shorthead Multi Pin Puller

Hex Headed Screw 00-5901-021-00 Holding Pin 00-5901-022-00
(3.5mm hex) 00-5977-056-03
00-5901-035-33
32
SECTION

11
1 EstablishComponents
Implant the Tibial Platform

Tibial Plate
If a stemmed tibial base plate will be used with a stem 1.) Unlock Collar
extension, attach the desired stem extension to the stem 3.) Release
and strike it once with a mallet. If a 10mm-14mm thick tibial
articular surface will be used, insert the locking screw for the
stem extension. If a stemmed tibial base plate will be used
without a stem extension, consider the need for a taper plug.
If a 17mm or 20mm articular surface will be used, a stem
extension or taper plug is required. A taper plug can also be
2.) Insert
used with the 10mm-14mm tibial articular surface. If it is 4.) Rotate
planned to use a 14mm articular surface or if the flexion and
extension gaps are not balanced, consider using the taper plug
in case the final reduction reveals that it is necessary to switch
to a 17mm or 20mm articular surface. Furthermore, if the
articular surface should ever require revision with a 17mm
or 20mm thick component, the taper plug is already in place Fig. 89
and revision of the tibial base plate may not be necessary.

Assemble the taper plug onto the tibial plate by striking it

several times with a mallet to allow the ring on the taper to
deform. Position the PCL Retractor posteriorly, the Collateral
Soft Tissue Protector laterally, and the Collateral Retractor
medially. Sublux the tibia anteriorly. Place a layer of cement on
the underside of the tibial base plate, around the keel, on the
resected tibial surface and in the tibial IM canal. Assemble the
Quick Connect Handle to the Tibial Impactor Head. (Fig. 89)

• Unlock collar and hold

• Insert handle into impactor head
• Release collar
• Rotate handle until “click” is heard

Position the tibial plate onto the tibia and use the Tibial
Impactor to impact it until fully seated (Fig 90). Thoroughly
remove any excess cement in a consistent manner.
Fig. 90

Instruments

Tibial Impactor Quick Connect NexGen Precoat

Head Handle Stemmed Tibial
00-5901-033-00 00-5901-034-00 Plate
00-5980-047-01
33
 SECTION

Establish
Implant
the Tibial
Components
Platform
11
1

Femoral Component
With the knee in 70°-90° of flexion, place the Collateral
Retractor laterally, an Army-Navy retractor anteriorly, and a
rake retractor on the meniscal bed medially. Place a layer of
cement on the underside of the prosthesis and in the holes
drilled in the femur. Attach the Femoral and Provisional
Impactor/Extractor to the femoral component. (Fig. 91) Insert
the femoral component onto the distal femur by translating the
component laterally until the lateral peg aligns with the drill
hole in the lateral femoral condyle. Take care to avoid
scratching the implant component surfaces. Disposable,
plastic Tibial Plate Protectors may be temporarily inserted onto Fig. 91
the Tibial Base Plate to protect the implant surfaces during
insertion of the femoral component. Remove the Tibial Plate
Protector after the femur is seated. Be sure that soft tissue is 1.) Unlock Collar
not trapped beneath the implant. Assemble the Quick Connect 3.) Release
Handle to the Femoral Impactor Head (Fig. 92)

Use the Femoral Impactor Head assembly to fully seat the

femoral component (Fig. 93) Remove the retractors. Check the
medial and lateral sides to make sure the femoral component
is fully impacted. Remove any excess cement in a thorough
and consistent manner.
2.) Insert
4.) Rotate

Fig. 92

Fig. 93

Instruments

Femoral and Quick Connect Femoral Impactor NexGen CR-Flex

Provisional Handle Head Precoat Femoral
Impactor/Extractor 00-5901-034-00 00-5901-032-00 Component
00-5901-026-00 00-5950-015-06
34
SECTION

11
1 EstablishComponents
Implant the Tibial Platform

Articular Surface
The Articular Surface Inserter applies both downward and
rearward forces to aid in the insertion of the articular surface
onto the tibial base plate. Push the lever on the inserter fully
to either side. Place the articular surface onto the tibial base
plate, engaging the dovetails (Fig. 94) Steady the surface on
the base plate with one hand by applying downward pressure
near the posterior cruciate cutout. Engage the hook on the
inserter with the mating slot in the front of the base plate
and close the lever with your index finger. This locks the
inserter to the tibial plate. Squeeze the handles of the inserter
to seat the articular surface (Fig. 95). Open the lever and Fig. 94
remove the inserter.

Alternatively the articular surface can be locked into the tibial

plate after tibial plate implantation.

TECHNIQUE TIP 11.B

Insert an articular surface only once. Never reinsert the same articular
surface onto a tibial base plate.

Patellar Component
NexGen All-Polyethylene Patella
With the knee in 70°-90° of flexion apply cement to the anterior
surface and pegs of the patellar component while in a doughy
consistency. Locate the drilled peg holes and use the Patella Fig. 95
Clamp Assembly to insert and secure the patella in place.
Fully open the jaws of the clamp and align the tooth to the
anterior surface of the patella and the Patella Clamp Head to
the posterior surface of the implant. (Fig. 96) Use the clamp to
apply a significant amount of pressure to the implant to fully
seat the implant on the patellar surface. Remove any excess
cement in a thorough and consistent manner.

Fig. 96

Instruments

NexGen Precoat NexGen CR/CR-Flex Articular Surface NexGen Prolong Patella Clamp Patella Clamp
Stemmed Tibial Prolong® Tibial Inserter All-Poly Patella 00-5903-020-00 Head
Plate Articular Surface 00-5977-020-00 00-5972-066-35 00-5903-021-00
00-5980-047-01 00-5952-040-12
35
 SECTION

Establish
Implant
the Tibial
Components
Platform
11
1

Technique for 17mm and Thicker

Tibial Articular Surface Assemblies
A secondary locking screw is required for the 17mm and thicker
Tibial Articular Surface components if using a Flex Femoral
Component. Therefore, stemmed tibial plates with either a
stem extension or taper plug must be used with these thicker
components (Fig. 97) This assists in lift off resistance at
higher flexion positions.

TECHNIQUE TIP 11.C

The pegged plate cannot be used with the 17mm or thicker

Net-Shape molded or Prolong Highly Crosslinked Polyethylene
articular surface.

Technique for 17mm and Thicker

Tibial Articular Surface Assemblies
Fig. 97
With the Prolong Highly Crosslinked Polyethylene Articular
Surface Component (17mm and thicker only), the metal locking
clip and screw are packaged separately from the tibial articular
surface container, but in the same box. Before inserting the
tibial articular surface, insert the metal locking clip into the
anterior slot of the compartment. The rail should be aligned with
the space in the slot. There is an arrow on the superior side of
the locking clip that indicates the correct direction for insertion.
The purpose of the rail is to prevent the clip from being
assembled incorrectly. The metal locking clip should glide easily
into the slot. The clip is properly seated when a click is heard.
For the molded tibial articular surface, the metal locking clip
is preassembled into the component. A taper plug can also be
used with the 10mm to 14mm articular surface components.
If you plan to use a 14mm component or the flexion and
extension gaps are not balanced, consider using the taper plug
in case, during final reduction, it would be necessary to use a
17mm or thicker component. If the articular surface should ever
require revision with a 17mm or thicker component, the taper
plug is already in place and revision of the tibial plate
component may not be necessary.

36
SECTION

11
1 EstablishComponents
Implant the Tibial Platform

For Back Table Assembly: Surgeon Notes & Tips

Assemble the stem extension or the taper plug onto the tibial Take care that the retractors do not inadvertently dislodge the
plate by striking it with a mallet once for the stem extension or tibial baseplate, particularly on the posterolateral corner. Verify
several times for the taper plug to allow the ring on the taper that the femoral component is fully seated before closing the
plug to deform. Use the articular surface Inserter to insert the wound. Confirm that no portion of the quadriceps mechanism
articular surface onto the tibial plate. With the articular surface has been pinned beneath the femoral component.
in place, insert the secondary locking screw (packaged with
the articular surface). Use the LCCK Deflection Beam Torque
Wrench with the 4.5mm Hex Driver Bit attached to torque the Close Incision
screw to 95 in.-lbs. Alternatively, if using a stem extension, use
Freely irrigate the wound with the solution of choice. A drain
the Tibial Plate Wrench to assist when torquing the screw.
may be placed intracapsularly. Then close the wound with
Do not over or under torque.
sutures, and apply a bandage.
For in vivo Assembly:
Please refer to package insert for complete product
If preferred, 17mm or thicker articular surface can be inserted information, including contraindications, warnings,
after the tibial plate has been implanted. precautions, and adverse effects.

1. Assemble the stem extension or the taper plug onto the

tibial plate by striking it with a mallet once for the stem
extension or several times for the taper plug to allow the
ring on the taper plug to deform. It is recommended to
secure the taper plug/stem extension using a Replacement
Stem Extension Locking Screw: 00-5980-090-00
(available as a separate sterile item) before implanting the
tibial component. This screw will hold the taper plug/stem
extension in place when the tibial plate is impacted.

2. Implant the tibial plate. For cemented applications, apply

a layer of bone cement to the underside of the tibial plate,
around the keel, on the resected tibial surface and in the
tibial IM canal. Remove the excess cement. Recheck the
ROM and stability of the knee. Remove the Replacement
Stem Extension Locking Screw and discard. If bone cement
is being used, wait for the cement to completely cure before
inserting the articular surface. An articular surface
provisional may be inserted to use as space while
the cement cures.

3. Remove the articular surface provisional and insert the

articular surface onto the plate using the Articular
Surface Inserter.

4. Select the Tibial Plate Wrench that matches the size of the
implant to be assembled. Place the end of the wrench over
the tibial plate. Ensure that the wrench is in line with the
base of the tibial plate.

5. Place the locking screw (packaged with the articular

surface) through the hole in the articular surface.

6. Use the LCCK Deflection Beam Torque Wrench attached to

the 4.5mm Hex Driver Bit to torque the screw to 95 in.-lbs.

37
 APPENDIX
SECTION

Establish
Varus/Valgus
the Tibial
RecutPlatform
Guides
A1

2° Valgus Recut Guide

Insert the Alignment Adapter into the tibial cut guide. Place
the Alignment Rod with Coupler into the alignment adapter
and assess the cut. (Fig. 98) If a valgus correction cut is
needed, place the 2° Valgus Recut Guide on the resected tibial
plateau and affix with 3.2mm trocar-tipped pins with the Pin Valgus Correction
and Screw Inserter. Resection Resection
Needed

TECHNIQUE TIP A.1

The fixation holes for the recut guide are at oblique angles to improve
fixation of the guide.

Insert the alignment adapter into the recut guide. Place the
alignment rod into the alignment adapter and verify the
desired alignment. (Fig. 99) Remove the alignment adapter
and alignment rods, perform resection, remove
the trocar-tipped pins and the guide.

Fig. 98 Fig. 99

Instruments

Alignment Adapter Alignment Rod 2° Valgus Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide,
00-5901-086-00 with Coupler Recut Guide 7°, Left 7°, Right 7°, Universal 0°, Left 0°, Right
00-5785-080-00 00-5901-090-00 00-5901-077-00 00-5901-078-00 00-5901-080-00 00-5901-075-00 00-5901-076-00

Tibial Cut Guide, Pin/Screw Inserter 3.2mm x 75mm Multi Pin Puller
0°, Standard 00-5901-021-00 Trocar Tipped 00-5901-022-00
00-5901-079-00 Drill Pin (2.5 hex)
00-5901-020-00
38
APPENDIX
SECTION

A1 Establish the Tibial

Varus/Valgus RecutPlatform
Guides

2° Varus Recut Guide

Insert the Alignment Adapter into the tibial cut guide. Place the
Alignment Rod with Coupler into the alignment adapter and
assess the cut. (Fig. 100) If a varus correction cut is needed,
place the 2° Varus Recut Guide on the resected tibial plateau
and affix with 3.2mm trocar-tipped pins with the Pin and Varus Recut Correction
Screw Inserter. Needed Resection

TECHNIQUE TIP A.2

The fixation holes for the recut guide are at oblique angles to improve
fixation of the guide.

Insert the alignment adapter into the recut guide. Place the
alignment rod into the alignment adapter and verify the
desired alignment. (Fig. 101) Remove the alignment adapter
and alignment rods, perform resection, remove the trocar-tipped
pins and the guide.

Fig. 100 Fig. 101

Instruments

Alignment Adapter Alignment Rod 2° Varus Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide, Tibial Cut Guide,
00-5901-086-00 with Coupler Recut Guide 7°, Left 7°, Right 7°, Universal 0°, Left 0°, Right
00-5785-080-00 00-5901-090-01 00-5901-077-00 00-5901-078-00 00-5901-080-00 00-5901-075-00 00-5901-076-00

Tibial Cut Guide, Pin/Screw Inserter 3.2mm x 75mm Multi Pin Puller
0°, Standard 00-5901-021-00 Trocar Tipped 00-5901-022-00
00-5901-079-00 Drill Pin (2.5 hex)
00-5901-020-00
39
 APPENDIX
SECTION

Replacement of Femoral/Femoral
Establish
Provisional
the Tibial
Inserter
Platform
Jaws
B1

Replacement of Femoral/Femoral
Provisional Inserter Jaws
To replace the Femoral/Provisional Inserter Jaw on the
Femoral and Provisional Impactor/Extractor, use a standard
screwdriver to disengage the locking mechanism of the jaw.
(Fig. 102). Remove the jaw.

Insert the replacement jaw into the femoral inserter (Fig. 103).

By hand engage the locking mechanism to secure the Disengage to Unlock

replacement jaw to the femoral inserter (Fig. 104). Fig. 102

TECHNIQUE TIP B.1

Do not disassemble for cleaning and sterilization as this may

cause damage to the spring clip pin.
Step 1. Place Jaw

Step 2. Insert Pin

Fig. 103

Fig. 104

Instruments

Femoral and Femoral/

Provisional Provisional Inserter
Impactor/Extractor Jaws
00-5901-026-00 00-5901-026-40
40
APPENDIX
SECTION

C1 Establish Femoral
Alternate the TibialProvisional
Platform Insertion and Extraction

Alternate Femoral Provisional Insertion 1.) Unlock

Collar
and Extraction 3.) Release

Attach the Quick Connect Handle to the Femoral Provisional

Inserter/Extractor. (Fig. 105).

• Unlock collar and hold

• Insert handle into Femoral Provisional
Inserter/Extractor 4.) Rotate
2.) Insert
• Release collar
• Rotate handle until “click” is heard
Fig. 105

Attach the assembly to the correct Femoral Provisional/Cut

Guide by depressing the button on the side of the Femoral
Provisional Inserter/Extractor and inserting it into the
1.) Depress
Femoral Provisional/Cut Guide (Fig. 106). 2.) Insert

Fig. 106

Place the CR-Flex or LPS-Flex Provisional/Cut Guide on the femur

in the desired medial/lateral position (Fig. 107a and Fig.107b).
The Quick Connect handle should be impacted to fully seat the
Femoral Provisional/Cut Guide.

Fig. 107a Fig. 107b

Instruments

Femoral Provisional Quick Connect CR-Flex Femoral LPS-Flex Femoral

Inserter/Extractor Handle Provisional/Cut Provisional/Cut
00-5901-036-00 00-5901-034-00 Guide, Size E, Right Guide, Size E, Right
00-5955-015-92 00-5961-015-92
41
 SECTION

Establish the Tibial Platform

1

42
This documentation is intended exclusively for physicians and is not intended for laypersons.
Information on the products and procedures contained in this document is of a general nature
and does not represent and does not constitute medical advice or recommendations. Because
this information does not purport to constitute any diagnostic or therapeutic statement with
regard to any individual medical case, each patient must be examined and advised individually,
and this document does not replace the need for such examination and/or advice in whole or
in part. Please refer to the package inserts for important product information, including, but not
limited to, contraindications, warnings, precautions, and adverse effects.

Contact your Zimmer representative or visit us at www.zimmer.com

The CE mark is valid only if it is also printed on the product label.

+H124975905002001/$110406R2D11N

97-5905-002-00 Rev. 2 1103-K20 2.5ML Printed in USA ©2010, 2011 Zimmer, Inc.