Quality Assurance

Sejong Pharmatech has 20 years of accumulated know-how

and its innovative strides for the highest quality and level of technical development
makes the company for pharmaceutical machine industry.
Sejong Pharmatech has advanced technology from abroad for the development
and production of a broad range of pharmaceutical machines to enable Sejong Pharmatech
to serve the global pharmaceutical market.
Engineering experts from all pharmaceutical manufacture industries focus on customer's
needs and satisfaction to supply the best solutions to improve their production.
Also Sejong Pharmatech aims to provide its customers with the best products
on the market and impeccable service.
A combination of both will not only fulfill the customers requirements give them
a supplier they can trust!
05 Automatic Tablet Coating System

06 ・STRUCTURE

09 ・Touch Screen

10 ・Option Items

12 ・Product Specification

13 ・Dimensions with Layout

14 ・Machine Details

15 Lab Auto Coating System

16 ・STRUCTURE

19 ・Product Specification

20 ・Dimensions with Layout

21 ・Machine Details

22 CF Coater

23 ・STRUCTURE

25 ・Product Specification

26 ・Dimensions with Layout

27 ・Machine Details
 Automatic
Coating System

Automatic
Tablet Coating System

Lab
Auto Coating System

CF Coater
Sejong Pharmatech’s tablet coating system is designed with the most effective air
supply and exhaust structure to maximize drying efficiency while its patent-earned
spray gun auto-sliding is designed to enable easy nozzle replacement and cleaning.
It adopts a counter-rotating automatic discharge method by an easily removable
discharge scraper that will complete the end of tablet coating process while
maximizing ease of use with electric and pneumatic tool boxes embedded in the
main body for easy repair and maintenance.
As such, Sejong Pharmatech’s tablet coating system has broadened the range of
choice for customers from a lab specific SFC-30 to a large-sized SFC-170D
and manufactured from a basic touch screen type to a 21CFR part 11 HMI type
which is approved by FDA to meet customer demands.
All coating systems are fitted to various GMP standards in different countries.
Their simple and stylish external design further satisfies customers’ taste.
 STRUCTURE

Design

The exterior of the coating system is made up of stainless steel in

accordance with GMP standards while the middle front is covered
by polished stainless steel to enhance a simple and classy look.
Also, a coating pan inside the machine is polished to assist more fluid
movement of tablets and ensure hygienically clean coating process.
The newly designed body is round in shape to appeal to customers
with enhanced softness and stability.

Digital Device and Alarm Lamp

Mounted on the Front Pressure Part of
the Machine

We discarded the previous analog-type manometer and regulator

on the front, then adopted a digital one to enable users to promptly
and easily check the machine operation status on the control screen
quickly.
In particular, as pressure adjustment status of the existing spray gun
is shown onthe touch screen, users can adjust them to maintain desired
constant pressure values so that it helps to make a uniform sprayed
coating. Also, it is designed to inform users of any problems on key
components and/or coating finishing time through the alarm lamp on
the front, allowing prompt measures against problems on the machine
performance.

Separate of Solution Pump

It completely solves the leaking problem that previously occurred

on the front part of the existing coating machine by separating a
peristaltic pump and diaphragm pump attached to the front part of the
machine.
Also, a solution pump separation allows clear distinction and separation
between production and mechanical spaces, thereby enabling more
hygienic and stable coating. It ensures more convenient maintenance
and repair by making it possible to move a pump anywhere.

06
Spray Gun Sliding Pipe-Arm

Installing complicated air-lines inside the sliding pipes has enabled

easier maintenance and repair and enhanced usability.
Plus, it can be used semi-permanently as the coating liquid line part
is not made up of silicon hose but of stainless steel pipes.
Thus, it is designed to produce a more hygienic coating.

Stainless Steel Spray Gun - Standard Item

Complementing the existing aluminum gun, this spray gun is fully

made of stainless steel materials so that it can be used semi-permanently
and is corrosion-free and very easy to clean.
Also by a special design that removes a flat jet on the head, it prevents
air cap clogging that often occurs when used for a long period of time,
thereby exerting consistent coating performance.

HVLP Spray Gun (High Volume

Low Pressure) - Optional Item

As the body of the spray gun is made up of alloyed aluminum die-cast

material, it is very light.
Also the fluid nozzle and needle are made up of stainless steel.
The one distinctive feature of HVLP spray gun is that it can spray
a high volume of fluid at a low pressure.

Automatic C.I.P System

The new CIP system (Clean In Place System) that innovatively

complemented the existing WIP system provides perfect cleaning capacity.
It allows you to choose from three types of water including cool water,
warm water, and purified water as well as detergents in the order that the
user has specified and is programmed to control the time for water supply.
In addition, it has a touch screen on the upper part of the system to allow
CIP system to work independently.
A high-pressure CIP pump will ensure remarkable cleaning capability
that completely cleans and drains the used coating pan, dust in air supply
and ventilation ducts and the remaining coating liquid.

07
 STRUCTURE

Heat Exchanger

Air forced by a blower installed in the heat exchanger is heated by

steam heating coils before being directed to the inside of the coating
fan. As users can adjust the speed of the blower with an inverter,
it is possible to control wind speed and static pressure.
In addition, there is a duct flange installed on the upper part which
allows a HEPA filter to be installed as a separate option.

Dust Collector

The blower installed inside of the dust collector inhales dust in the
coating fan which is then discharged outside after passing through a
cartridge filter.
The cartridge filter removes the clogging of the filter by automatic
shaking at regular intervals and dust generated during this process
accumulates in the dust box under the dust collector.
As users can adjust the speed of the blower with an inverter, it is
possible to control wind speed and static pressure.
As an option, it is possible to install a blower motor for hazardous areas
or a HEPA filter.

Solution Tank

The exterior is covered by stainless steel in accordance with GMP standards.

The ingredient-contacting part inside of the tank is made up of stainless steel
316L and polished so as to maximize the fluidity of ingredients.
As it is designed using an air motor agitator operation method, there is no
risk of explosion while the attached air-regulator enables speed adjustment.
In addition, a jacket and single tank are divided and jacket tank is designed
with electric heater warm-up method to prevent the coating liquid from
hardening.
The solution tank is designed with a release clamp on the lid to enable easy
cleaning.

08
 Touch Screen

Production Management Function

This screen displays all necessary parameters and system
environments for production and allows you to set up the name,
manufacturer’s serial number and mode for coated products
and to input, save and print out a manufacturing recipe for a product.

Operation
This screen is to configure production conditions, system environments
and all information on operation including coating system operation
and stop, speed modulation, etc.
Production Management Function

Coating Cycle
This screen is to configure coating process time, etc., as well as various
parameters including film coating, sugar coating and cleaning (CIP) mode. etc.

Safety Message Function

This screen allows users to check a particular part if the alarm rang
when a problem occurred during coating process. It also gives
solutions for the problems.

Monitoring
Safety Message Function
This screen displays the overall environment in which the machine runs
and various machine operation status and data values by touch screen.

Supervising Function
A supervising function that can assign operating rights on equipment
according to different level of production operators.

Machine Configuration Function

A function to configure various operational functions suitable for
different machine types. It allows users to configure a range of features
including machine type, account-management, system language, PLC
setting, DB path setting, production operation report saving path, etc.
This configuration function is only accessible to the manufacturer
whereas operators are only able to reference.
Supervising Function

09
 Option Items

Heat Exchanger - Inlet of the HEPA Filter

Fix hoppers with a high temperature and strong wind HEPA filter fashioned in stainless
steel at the upper and lower parts to mount them at the heated wind outlet of the heat
exchanger in flange type. Depending on different models and air volumes of coating
systems, 1 set, 2 sets, or 4 sets are installed.
As vented air that contains fine dusts from the basic pre/medium filter flows through a
HEPA filter with high arrestance of 0.3㎛, it enables fresh and clean air to be provided
to the coating pan. Designed to meet EURO Class H13 standard, European Filter class.
When it comes to replacing a HEPA filter, the difference pressure gauge on the upper
part of the heat exchanger indicates it. If the difference in pressure exceeds 50.8mmAq,
it is necessary to replace the HEPA filter.

Description SFC-60 SFC-80 SFC-100 SFC-130 SFC-150 SFC-170 SFC-170D

HEPA Filter Quantity 1 Set 2 Set 4 Set
Air Flow (CMM) 32 64 128
Pressure Drop (mmAq) 25
D.O.P Efficiency (%) 0.3 ㎛, 99.97 %
Separator Material Aluminum
Temperature, Max. 121℃
Humidity, Max. 100% RH
W 684 1,364 1,364
Dimension D 705 705 1,410
(mm)
H 1,003 1,003 1,003
Weight (kg) 70 110 220

Dust Collector - Outlet of the HEPA Filter

As with the heat exchanger, fix hoppers with a high temperature and strong wind HEPA
filter fashioned in stainless steel at the upper and lower parts to mount them at the
heated wind outlet of the heat exchanger in flange type. Depending on different models
and air volumes of coating systems, 1 set, 2 sets, or 4 sets are installed.
As vented air that contains fine dusts from the basic cartridge filter mounted in the
collector flows through a HEPA filter with high arrestance of 0.3㎛, it enables fresh and
clean air to be provided to the coating pan.
Designed to meet EURO Class H13 standard, European Filter class.
When it comes to replace a HEPA filter, the difference pressure gauge on the upper
part of the heat exchanger indicates it. If the difference in pressure exceeds 50.8mmAq,
it is necessary to replace the HEPA filter.

Description SFC-60 SFC-80 SFC-100 SFC-130 SFC-150 SFC-170 SFC-170D

HEPA Filter Quantity 1 Set 2 Set 4 Set
Air Flow (CMM) 32 64 128
Pressure Drop (mmAq) 25
D.O.P Efficiency (%) 0.3 ㎛, 99.97 %
Separator Material Aluminum
Temperature, Max. 121℃
Humidity, Max. 100% RH
W 684 1,364 1,364
Dimension D 705 705 1,410
(mm)
H 1,003 1,003 1,003
Weight (kg) 70 70 220

10
Tablet Bed Temperatures Sensor
A non-contact type infrared temperature sensor that measures and displays the
temperature of tablet surface during coating on the touch screen allows user to change
locations as they want as it is completely movable.
The usage environment is IP65 (NEMA-4) class so it does not affect sensors during CIP
cleaning.
This tablet bed temperature sensor is applicable to all coating system models of Sejong

Description Tablet Bed Temperatures Sensor

Temp’ Measuring Range -50 ~ 975 ℃
Accuracy Measuring Figure + 1%, or + 1℃
Operating Voltage DC 8 ~ 36V, 50/60Hz
Sensor Head Material Stainless Steel
Dimension (mm) Ø14 x 28

Weight (kg) 0.5

Dehumidifier
Mainly used in high-temperature and humid regions. It carries out the coating process
with consistent humidity conditions designated by users.
When moistened air flows into the dehumidifier, this device will exhaust humid air
outside with the workings of an absorbent attached rotor, while ventilating fully dried,
high temperature air into the coating system.

Description SFC-60 SFC-80 SFC-100 SFC-130 SFC-150 SFC-170 SFC-170D

Process
Air Volume(CMH) 1,800 2,100 2,400 2,700 3,000 3,900 4,800

Process Air Steam

pressure (kg/cm2) 2

React Air Steam

pressure (kg/cm2) 5

Operating Voltage 220 / 380 / 440 V, 50/60Hz, 3Phase

Dehumidify (%) 45~50
W 3,700 3,700 3,700 3,700 3,700 3,700 3,700
Dimension D 1,100 1,100 1,100 1,100 1,300 1,300 1,600
(mm)
H 1,970 1,970 1,970 1,970 2,250 2,250 2,500
Weight (kg) 2,600 2,600 2,600 2,600 3,300 3,300 3,900

※ 1. If you have selected dehumidifier option, please inform us of the relevant country’s outdoor temperature
and humidity so that we can design the capacity of Process & React Heating Coil and the blower motor.
2. If you want to maintain the level of humidity under 45%, it may be necessary to embed additional
cooling water coils depending on the relevant region’s temperature and humidity conditions.

11
 Dimensions with Layout
1 Coating Machine 5 Touch Screen Panel 8 Inlet of the HEPA Filter (Option)
2 Heat Exchanger 6 WIP Pump 9 Outlet of the HEPA Filter (Option)
3 Dust Collector 6-1 CIP System 10 Supply Duct
4 Solution Tank 7 Auto Damper 11 Exhaust Duct

Standard Type SFC-130

Top View

3 9 5 11 1 7 10 6 4 2 8

Front View

HMI Type SFC-130

Top View

3 9 5 11 1 7 10 6-1 4 2 8

Front View

13
Lab Auto Coating System is designed to allow users to easily operate
and access and is compatible with various coating pans for replacement.
Also, as it has a distinctive coating pan replacing tray that cannot
be found in products from other companies, a user can easily
replace a coating pan.
Lab Coating System highly effective coating system can replace pans without
additional devices.
 STRUCTURE

External Design

While the exterior of the machine is fashioned in stainless steel in

accordance with GMP (Good Manufacturing Practice) regulations, the
front-middle part is made up of Polished Stainless Steel to give it a
simple and elegant design. As all operation panels are located on the
front area of the machine, it offers enhanced convenience for users to
easily and promptly monitor and control the machine.
Also, windows on the left and right sides allow users to check coating
pan operation without opening the door.

Lab’ Auto Coating System

with Replaceable Coating Pans

Able to replace coating pan depending on different amount of coated

tablets.
- SFC-30C : 1 (0.4) ~ 9 (6.3) liter (kg/batch)
(replacing 4-types coating pans)
- SFC-60C : 9 (6.3) ~ 28 (19.6) liter (kg/batch)
(replacing 3-types coating pans)
The coating pan replacement device, which clearly sets our company
apart from others, is designed to facilitate easy and fast replacement.

Fully Perforated Coating Pans

The entire bed part of the coating pan is perforated and the baffle is
attached to the hopper part. It is easy to mount and dismount as it
is a bolt type.
Furthermore, it is designed in a way in which tablets will not stick to
other parts as drug-contacting parts such as coating pan and baffle
are made up of 316L stainless steel and mirror-polished. Also mirror
polished are the air supply and ventilation ducts.
It is classified by coating pan quantities and easy to replace with its
sanitary clamping method.

16
Independent Solution Pump

As it is designed to enable peristaltic and diaphragm pump to move

by separating them, it is easy for maintenance and repair, and cleaning.
In case of diaphragm pump, it has a sliding rail on the lower part in order
to make it easy for maintenance and repair.
On the upper part, there is a printer to provide coating data in
connection with an HMI system

HMI System

Newly developed HMI system based on Windows system is designed

to allow users to use and operate it without any difficulty.
Also, it acquired a 21CFR Part 11 approval for the U.S. FDA with PLC
programming to allow various functions such as storing and bringing
in coating data and printing them. It is also compatible with other
devices.
The biggest advantage of Sejong Pharmatech's HMI system is in that
it can easily transmit data to Supervisory Control and Data Acquisition
(SCADA System).

Electric Heat Exchanger

The heat exchanger provided to the coating system uses electric

heating so that it does not need to have additional steam line device.
It is also easy to install.
Plus, As TPR (Thyristor Power Regulator) is installed in the electric box
at the side of the heat exchanger, it ensures the highest safety as the
electric heater and the safeguard overheat protector will be supplied
with constant electric current.

17
 STRUCTURE

Dust Collector

The blower installed inside of the dust collector inhales dust in the
coating fan which is then discharged outside after passing through a
cartridge filter.
The cartridge filter removes the clogging of the filter by automatic
shaking at regular intervals and dust generated during this process
accumulates in the dust box under the dust collector.
As users can adjust the speed of the blower with an inverter, it is
possible to control wind speed and static pressure.
As an option, it is possible to install a blower motor for hazardous
areas or a HEPA filter.

Solution Tank

The exterior is covered by stainless steel in accordance with GMP

standards.
The ingredient-contacting part inside of the tank is made up of
stainless steel 316L and polished so as to maximize the fluidity of
ingredients.
As it is designed using an air motor agitator operation method, there is
no risk of explosion while the attached air-regulator enables speed
adjustment.
In addition, a jacket and single tank are divided and jacket tank is
designed with electric heater warm-up method to prevent the coating
liquid from hardening.
The solution tank is designed with a release clamp on the lid to enable
easy cleaning.

18
 Product Specification

SFC-C Series

Model
Description
SFC-30C SFC-60C
Interchangeable Pan Diameter (∅) 240 330 420 480 480 550 650

Pan Mouth Diameter (∅) 135 160 200 200 200 260 300

Brim Volume (ℓ/batch) 1 2.5 5 9 9 16 28

Output Capacity (kg/batch) 0.4~0.7 0.7~1.7 1.7~3.5 2~6.3 2~6.3 5~11 10~19

Pan Speed (R.P.M) 1~40 1~25

Pan Drive Motor(kW) 0.75

Compressed Air Consumption (ℓ/min) 500

Total Electric Power (kW) 12.4 31.2

Supply Air Volume (CMM/mmAq) 20/170 30/60

Exhaust Air Volume (CMM/mmAq) 20/250 30/350

Supply Heating Type ele'c Heater

Supply & Exhaust Filter Supply : Pre & Medium, Exhaust : Cartridge

Spray Gun Type Schlick ABC Gun (Standard), Binks HVLP Gun (Optional)

Spray Gun Quantity (ea) 1

Film Perstaltic (Watson-Marlow 323 Series)

Solution Pump
Sugar Perstaltic (Watson-Marlow 323 Series) Diaphragm (Graco Husky 716 Series)

CIP System Standard X

(Option) Automatic X

Tablet Bed Temperature Sensor (Option) O

Inlet of the HEPA (Option) X O

Oulet of the HEPA (Option) O

Control Type Standard O

(Option) H.M.I (21CFR Part 11) O

W 1,500 1,150
Dimension
D 1,300 1,450
(mm)
H 1,820 2,200

Weight (kg) 1,000 1,200

※ The above output capacity is calculated at a density of 0.7 and can vary depending on the density.
※ The above specification is subject to change without prior notice for the technical development.

19
 Dimensions with Layout
1 Coating Machine 6 Solution Pumps Box 10 Heat Exchanger Electric Box
2 Heat Exchanger 7 Auto Damper 11 Inlet of the HEPA Filter (Option)
3 Dust Collector 8 Coating Pan Changeable Tray 12 Outlet of the HEPA Filter (Option)
4 Solution Tank 9 Supply & Exhaust 13 Supply Duct
5 Touch Screen Panel Hood Table 14 Exhaust Duct

Standard Type SFC-60C

Top View

8 9 12 3 14 5 1 7 6 4 2 13 10 11

Front View

20
 Machine Details

● Standard
○ Option
- Not Applicable

SFC-C Series
Model
SFC-30C SFC-60C
Film Coating (Manual Damper) ○ ○
Film & Sugar Coating (Auto Damper) ○ ○
Film Pump (Perstaltic Type) ○ ○
Sugar Pump (Diaphragm Type) - ○
HMI System (21CFR Part 11) ○ ○
Heat Exchanger ● ●
Dust Collector ● ●
Solution Tank (Single) - ●
Solution Tank (Jacket) - ●
Programmable Logic Controller (OMRON) ● ●
Programmable Logic Controller (Siemens) ○ ○
Spray Gun (Schlick ABC Type) ● ●
Spray Gun (Binks HVLP Type) ○ ○
Spray Gun Quantity 1
Inlet of the HEPA Filter - ○
Outlet of the HEPA Filter ○ ○
WIP System - -
CIP System - -
Tablet Bed Temperature Sensor - -
Dehumidifier - -
Explosion Proof for Main Coater Motor ○ ○
Explosion Proof for Heat Exchanger Motor - ○
Explosion Proof for Dust Collector Motor ○ ○
Small Baffles - -
Coating Pan Changeable ● ●
Fluid Flow Meter ○ ○
Tablet Loading (Manual) ● ●
Tablet Unloading (Automatic) - ●
Spare Parts for 2 Years ○ ○
IQ & OQ ○ ○
W 1,500 1,150
Dimension (mm) D 1,300 1,450
H 1,820 2,200
Weight (kg) 1,000 1,200
Power Supply Data 220 / 380 / 400 / 415 / 440 V, 50 / 60 Hz, 3Phase

※ The above specification is subject to change without prior notice for the technical development.

21
CF Coater of Sejong Pharmatech is the best solution for pellets coating.
It can coat pellets of various sizes and boasts the maximum coating
productivity in a short time.
Also, as it adopts liquid coating method, it can adjust the quantity of
powder coating in advance.
It is designed to control all processes through PLC control touch screen.
STRUCTURE

CF Coater by Sejong Pharmatech takes account of materials suitable

for different characteristics of ingredients.
The parts that have direct contact with ingredients are made up of stainless steel.
Also, it will not allow ingredients to stick to the coater. Polished internal vessel
facilitates the flow of powder.
As it is designed to adjust the amount of liquid to decrease liquid scattering,
it achieves cost saving.
Also it is designed in a structure that can be easily operated on a PLC panel and to
fit different GMP regulations of other countries.

External Design

While the exterior of the machine is fashioned in stainless steel in

accordance with GMP (Good Manufacturing Practice) regulations,
in particular, drug-contacting parts such as vessel, rotor,
and powder provider are made up of 316L stainless steel.
For easy opening and closing, motor parts and electric parts in the
lower frame are made in one-touch door type for easy maintenance,
repair, and cleaning.
As with air controller on the frontal part of the machine, it is possible
to adjust and control spray and powder devices during granule
generation.

Vessel & Rotor or Spray System

As the gap between internal vessel and rotor is precisely machined,

it is able to provide heated wind constantly from the lower part
during the rotary motion of the rotor.
Plus, the constant rise of seeds during granule generation enables
it to be designed to optimize the spray.
Surface roughness is 0.04㎛, and highly polished to prevent seeds
and binders from adhering to the surface as much as possible so
that it helps the movement of flow.
To prevent pulsation, a peristaltic pump is used as the solution
pump mounted on the side of the machine.

23
 STRUCTURE

Powder Supply & Rotor Lifter Device

It is able to automatically move a powder hopper and rotor up

and down from the touch screen.
It is also designed in a structure that allows operators to stop at any
location he wants.
The supply screw inside the hopper is controlled by a jog switch mounted
on the front part of the machine. Users can directly look at the internal
part of the vessel and adjust the speed.
During rotor maintenance and repair, and cleaning, you can connect rotor
disassembly bolts and automatically move the rotor out of the vessel.

Electric Heat Exchanger

The heated wind provided by CF Coater is not steam type but an

electric-heater type so that it obviates the needs for an additional
steam line device. Thus, it is also easy to install.
The side of the heat exchanger is made in one-touch electric
connector for easy disassembly and assembly, thereby allowing
convenient maintenance and repair.
As TPR (Thyristor Power Regulator) is installed in the electric box
at the main body of a coater, it ensures the highest safety as the
electric heater and the safeguard overheat protector will be supplied
with constant electric current.

24
 Product Specification

CF Coater

Model
Description
CF-750 CF-1000 CF-1300 CF-1500
Input Capacity (kg/batch) 5~15 15~25 30~45 45~60

Output Capacity (kg/batch) 10~30 30~50 60~90 90~120

Disk Diameter (∅) 750 1,020 1,320 1,524

Disk Revolution (R.P.M) 80~160

Disk Drive Motor (kW) 2.2 4.0 5.5 11.0

Compressed Air Consumption (ℓ/min) 500

Total Electric Power (kW) 14.7 18.5 23.5 33.0

Supply Air Volume (CMM/mmAq) 6.6/3200 7/3300 15/3500 17/3600

Supply Heating Type Ele'c Heater

Supply Heater (kW) 6

Supply Filter Pre & Medium

Spray Gun Type Binks HVLP Gun (Standard), Schlick ABC Gun (Optional)

Spray Gun Quantity (ea) 1

Solution Pump Perstaltic (Watson-Marlow 520 Series)

Powder Hopper Screw Motor (kW) 0.9

Control Type Standard O

(Option) H.M.I (21CFR Part 11) O

W 1,813 1,898 2,109 2,723

Dimension
D 1,150 1,690 1,500 2,002
(mm)
H 1,851 2,003 2,253 2,302

Weight (kg) 1,500 1,800 2,000 2,200

※ The above output capacity is calculated at a density of 0.7 and can vary depending on the density.
※ The above specification is subject to change without prior notice for the technical development.

25
 Dimensions with Layout
1 CF-Coater 5 Touch Screen Panel 9 Spray Gun 13 Powder Hopper
2 Heat Exchanger 6 Rotor 10 Perstaltic Pump 14 Supply Duct
3 Electric Box 7 Vessel 11 Heat Exchanger Blower
4 Solution Tank 8 Rotor Driving Motor 12 Lifter Device
for Rotor Disassembly

Standard Type CF-1500

Top View

3 8 7 6 1 13 12 9 5 10 4 14 2 11

Front View

HMI Type CF-1500

Top View

5 8 7 6 1 13 12 9 3 10 4 14 2 11

Front View

26
 Machine Details

● Standard
○ Option
- Not Applicable

CF Coater
Model
CF-750 CF-1000 CF-1300 CF-1500
Solution Pump (Perstaltic Type) ● ● ● ●
HMI System (21CFR Part 11) ○ ○ ○ ○
Heat Exchanger ● ● ● ●
Electric Heater for Heat Exchanger ● ● ● ●
Solution Tank (Single) ● ● ● ●
Solution Tank (Jacket) ○ ○ ○ ○
Programmable Logic Controller (OMRON) ● ● ● ●
Programmable Logic Controller (Siemens) ○ ○ ○ ○
Spray Gun (Schlick ABC Type) ○ ○ ○ ○
Spray Gun (Binks HVLP Type) ● ● ● ●
Spray Gun Quantity 1
Air Filter (Pre&Medium) ● ● ● ●
Inlet of the HEPA Filter ○ ○ ○ ○
WIP System - - - -
Explosion Proof for Main Coater Motor ○ ○ ○ ○
Explosion Proof for Heat Exchanger Motor - ○ ○ ○
Fluid Flow Meter ○ ○ ○ ○
Powder Loading (Manual) ● ● ● ●
Spare Parts for 2 Years ○ ○ ○ ○
IQ & OQ ○ ○ ○ ○
W 1,813 1,898 2,109 2,723
Dimension (mm) D 1,150 1,690 1,500 2,002
H 1,851 2,003 2,253 2,302
Weight (kg) 1,500 1,800 2,200 2,200
Power Supply Data 220 / 380 / 400 / 415 / 440 V, 50 / 60 Hz, 3Phase

※ The above specification is subject to change without prior notice for the technical development.

27
※ The specifications are subject to change
without notice

●
Headquarters
#419-4, Chongchon-Dong, Bupyeong-Gu, Incheon City, Korea 403-030
Tel. + 82 32 508 1280 ~ 2 / Fax. + 82 32 508 1289 / www.sjpmt.com
sales@sjpmt.com

●
Sejong Europe
C/ Ponent 78 Nave C6 Pol. Ind. Can Mascaró 08756 La Palma de Cervelló
Barcelona. Spain
Tel. + 93 470 09 10 / Fax. + 93 480 90 18 / coyma@coyma.com

●
Sejong America INC
4 Corporate Dr.,Unit G Cranbury, NJ 08512
Tel. +609 619 3685 / Fax. +609 619 3686
sales@keyinternational.com

∙CAT No. : 23146-01-201103-C-E

∙Copyright Sejong Pharmatech