FOCUS – ON – PATIENTS

THE STRONG ARM

Start-/Stop Button Locking Lever

THAT SAVES LIVES

The corpuls cpr is possibly the most modern and innovative
player in the field of mechanical chest compression devices.
It combines revolutionary and extremely intuitive user guidance,
designed to optimally support users in Emergency Medical Services
as well as medical professionals in hospitals when working on
Exchangeable battery
patients. with LED display
The system consists of the corpuls cpr arm with an inserted
compression stamp and – depending on requirements –
of one of three different resuscitation boards available: Stamp
Recboard, Quadboard and Scoopboard. These were specially
developed for the different requirements in EMS, air rescue
and clinical settings and they are made of radiolucent material.

FEATURES

• The corpuls cpr offers professional users On/Off Switch

anytime easy access to the patient’s thorax.
Diagnosis and treatment can thus be
performed while resuscitation is in progress.
• With only a few steps, the corpuls cpr is ready
Magnetic Charging Contact
for operation. Minimal hands-off-time
lead to an optimal outcome.
• The intuitive operability of the corpuls cpr
allows to adapt the therapy to the individual
patient.
Bayonet Lock
• Therapy parameters can be adjusted during
therapy.
• The operating temperature of the corpuls cpr
ranges from –20 °C to +45 °C.
• The system is certified according to IP54.

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DEPLOYMENT
IN EMS
HIGH-PERFORMANCE AND FLEXIBILITY
In emergency situations, every minute counts. An efficient therapy is therefore
decisive. By supplying fully automated chest compressions, the corpuls cpr
ensures less strain on rescue service personnel and allows precise
and continuous therapy, even in the most difficult conditions.
After the stamp is positioned, there is more time for important procedures such
as airway management or administering drugs.

MINIMAL HANDS-OFF TIME

• The quick and easy setup helps to save precious seconds.

• The simple and still safe adjustment of the corpuls cpr allows
to switch from manual CPR to mechanical thorax compressions
with minimal interruption.
• The corpuls cpr is continually recording the mission
data. These can be evaluated with the software
corpuls.manager REVIEW in debriefing.

POSITION CHECK

LED START/ Display Description

STOP Button Symbol

• cpr arm too low

• Release of the thorax not ensured
• Therapy not possible

• cpr arm too high

• Stamp has no contact with the thorax
• Therapy possible, but not recommended

• cpr arm adjusted optimally

• Full release and configured compression
depth can be achieved

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DEPLOYMENT
IN AIR RESCUE
THERAPY UNDER EXTREME CONDITIONS
Almost every primary mission in air rescue makes extremely high demands on
the team and equipment. The patient often is in a critical condition, the space
conditions are confined and time is of the essence.
Transporting the patient and continuing a high-quality manual CPR seems almost
impossible in these conditions. Here, the corpuls cpr enables fully automated
thorax compressions and life-saving therapy also during transport.

FEATURES

• Transport is possible while resuscitation is being performed.

• The design of the corpuls cpr arm allows even in confined
spaces easy access to the entire upper body for diagnosis
and treatment.
• By means of the recboard, the corpuls cpr is fixed safely
on the stretcher.
• The long battery running time and connection to the on-board
power supply guarantee a reliable and uninterrupted therapy.

In air rescue, patient access is extremely limited. A resuscitation without intermediate landing is rarely
possible or not effective in this environment. The corpuls cpr helps to stay calm in the cabin and to
perform high-quality thorax compressions.

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DEPLOYMENT
IN HOSPITAL
COMPACT AND RADIOLUCENT
The compact and very light-weight quadboard of the corpuls cpr is made from
radiolucent carbon. Coronary angiographies can be performed even during
resuscitation without interfering artefacts. The hands-off time is thus limited to
a minimum.

Quadboard of the corpuls cpr

INTERFERENCE-FREE DIAGNOSTICS DURING ONGOING TREATMENT

The flexible positioning of the corpuls cpr on the patient allows optimal access
for interventions in the upper body and head area.

Therapy modes and parameters can be adjusted individually even during therapy
– anytime, whatever adjustment is necessary.

In the cardiac catheter lab, the artefact-free view on the coronary vessels is of decisive importance.
The corpuls cpr stamp only gives a minimal shadow, otherwise there is an unimpeded view on the
coronary vessels.

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 FOCUS – ON – PATIENTS

INDIVIDUALISED
THERAPY
With only one lever, the corpuls cpr arm is adjusted and fixed above the
patient. The compression depth, freely adjustable between 2 and 6 cm and
the compression rate, adjustable between 80 and 120 compressions per
minute, allow an individualised therapy, even on children. The corpuls cpr
with its intuitve operating concept is approved for the treatment of children
from the age of 8 years and older.

Children from Pregnant women Obese patients Very tall people

8 years of age

FEATURES

• Treatment of children from 8 years of age, pregnant

women, very tall people and obese patients possible.
• Stress reduction due to safe application in an often chaotic
situation – more time for other life-saving therapy measures.
• Re-usable stamps in two sizes.
• No limitations in regard to weight or size of
treatable patients.
• Resuscitation according to currently valid guidelines.

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 FOCUS – ON – PATIENTS

EFFECTIVE – EVALUATION OF MISSIONS

SCIENTIFICALLY CONSIDERED WITH CORPULS.MANAGER REVIEW
Studies have confirmed that the corpuls cpr meets the The corpuls cpr continually saves all relevant settings
high standards of the corpuls brand. We conducted tests and sensor data during the mission.
on both the mechanical thorax and animal models. We were This includes compression depths and rates as selected by
able to show that the corpuls cpr generates a significantly the user at each point in time, as well as movement and
higher mean arterial pressure, a higher blood flow and thus force feedback values during each individual compression.
a higher coronary perfusion pressure in direct comparison The free software tool corpuls.manager REVIEW provides
to a competitor device. We are also currently evaluating the the ability to gain insights into this data. The entire mission
performance of the device in practice with a follow-up is displayed as a scrollable timeline, showing compressions,
study. settings, pauses and events.
corpuls.manager REVIEW
The corpuls cpr generates a significantly (p<0.05) higher mean arterial pressure (MAP) Debriefings and CPR trainings among other things can be
over the total duration of the resuscitation (Eichhorn, 2017).
significantly improved by consulting the recorded real-time
data – also PDF reports can be created from the mission. Due to the synchronised therapy the application data of
These can be added to the patient file for documentation corpuls3 and corpuls cpr can be combined comfortably.
purposes and archiving. These are displayed together on a timeline, so that a debrief-
Additional insights on a larger scale can be obtained via the ing or evaluation becomes even easier.
companion server software corpuls.manager ANALYSE.

Sources Important questions about CPR quality and device usage can
Eichhorn S, Spindler J, Polski M, Mendoza Garcia A, Schreiber U, Heller M, et al. Development and validation of an improved mechanical thorax for simulating be quickly answered using the entire set of recorded missions.
cardiopulmonary resuscitation with adjustable chest stiffness and simulated blood flow. Med Eng Phys. 2017 May;43:64-70. Med Eng Phys. 2017;43:64–70. doi:
10.1016/j.medengphy.2017.02.005. PubMed PMID: 28242180.
It is also possible to represent key performance indicators on
Eichhorn S, Mendoza Garcia A, Polski M, Spindler J, Stroh A, Heller M, et al. Corpuls cpr resuscitation device generates superior emulated flows and pressures than LUCAS II in a
mechanical thorax model. Australas Phys Eng Sci Med. 2017. doi: 10.1007/s13246-017-0537-3. PubMed PMID: 28258484. data analytics dashboards. This solution can help to improve
Eichhorn S, Mendoza A, Prinzing A, Stroh A, Xinghai L, Polski M, et al. Corpuls CPR Generates Higher Mean Arterial Pressure Than LUCAS II in a Pig Model of Cardiac Arrest. Biomed Res Int. 2017;2017:5470406. doi:
10.1155/2017/5470406. PubMed PMID: 29392137. the treatment quality for the entire organisation.

12 corpuls cpr 13
 FOCUS – ON – PATIENTS

TEAMWORK TO PERFECTION CONNECTION IN 3 CLICKS

During synchronised therapy, the corpuls3 is

SYNCHRONISATION OF CORPULS3 AND CORPULS CPR not just the remote control for the corpuls cpr
– although that is also possible. The corpuls cpr
has been perfectly integrated into the AED and
We have had this vision for a long time: The perfect interaction team can be significantly reduced. corpuls3 and corpuls cpr manual mode of the corpuls3. Therefore giving
between our defibrillator/monitor corpuls3 and our mecha- become one and when integrated into the team, this duo the rescue team the ability to treat the patient
nical chest compression device corpuls cpr during resuscitation. makes resuscitation even more efficient. in accordance with the current guideline recom-
Raising the resuscitation processes to the next level of Hands-off time is significantly reduced* and the patient’s mendations. The corpuls3 shows all the required
quality was our goal. chance of survival is increased – even under the most difficult information on its display.
With its revolutionary modular design, the corpuls3 stands conditions where space is at a premium.
out from other compact devices. It can be separated into Even after the mission, synchronisation still continues. In
the Monitoring Unit, Patient Box and Defibrillator/Pacer. corpuls.manager REVIEW, all mission data from the corpuls3
Thanks to the synchronised therapy, stress amongst the and corpuls cpr are represented together as one mission.

Verbinden
Connect key to connect
with the corpuls cpr via Bluetooth

Bluetooth icon symbolises a

Bluetooth connection to the
corpuls cpr

Pie chart with corpuls cpr symbol

indicates a connection with the
corpuls cpr and shows the
FULL CONTROL – AT ANY TIME 2 minute resuscitation cycle

ADVANTAGES OF SYNCHRONISED THERAPY Once connected to each other, it is no longer necessary to Start/Stop
mCPR
Start/Stop key to start and stop
the mechanical chest compressions
operate the corpuls cpr during a resuscitation. The
by the corpuls cpr
• No additional cables • More time for important procedures corpuls cpr is completely automatically controlled by the
• Intuitive control of the therapy via the corpuls3 • Also in confined spaces corpuls3, regardless of whether it is in AED or manual
• Less tension and stress within the team • At one glance all data on the display mode. All therapy parameters of the corpuls cpr are CPR fort.
Reset the time in the pie chart,
• Reduced hands-off time during • Merging of missions in corpuls.manager REVIEW displayed on the monitor of the corpuls3. if not defibrillated
rhythm analysis and defibrillation If you want to change the settings manually or stop or start
the corpuls cpr, this is also possible.
* See also „Scientific Evaluation“ on page 17

14 corpuls cpr 15
 SCIENTIFIC EVALUATION

INTELLIGENT CONTROL WITH THE CORPULS3 SCIENTIFIC EVALUATION

The intelligent control of the corpuls cpr by the corpuls3 during the corpuls3 as the central operating unit. The user only needs The ERC guidelines recommend the shortest possible compres- manual defibrillation process should be possible with a compres-
a resuscitation follows the current guideline recommendations to monitor the stamp of corpuls cpr is correctly positioned. sion interruptions during cardiopulmonary resuscitation. Before sion break of less than 5 seconds (Monsieurs et al. 2015).
– depending on the mode (AED, Manual-ERC, Manual-AHA). All control commands for the user take place wirelessly between and after the shock delivery, chest compressions should be When using the corpuls3 in combination with the corpuls
In each of the modes, the entire rhythm analysis is controlled via corpuls3 and corpuls cpr. interrupted for a maximum of 10 seconds. A peri-shock pause cpr in an in-house study, these recommendations could be
(the compression break before and after defibrillation) of a noticeably undercut. With the synchronisation of the corpuls3
INITIAL SITUATION: maximum of 10 seconds has been scientifically proven to be and the corpuls cpr, this endeavour could be further increased.
The corpuls cpr is positioned on the patient and is performing chest compressions. associated with a higher survival rate (Cheskes et al. 2014; With synchronised device operation, the hands-off time was
There is a Bluetooth connection to a corpuls3. Sell et al. 2010). According to the ERC guidelines, the entire reduced by 16.08%.

AED MODE
1. Analyse key interrupts the corpuls cpr for the AED

Hands-off time in sec

analysis and then automatically continues the therapy
by corpuls cpr.
2. If the rhythm is shockable, the defibrillator is charged 1 Analyse
Illustration 1:
Representation of the hands-off time of our study
and automatic preShock CPR is performed. comparing synchronised and disconnected device
AED
operation of the corpuls3 and corpuls cpr.
3. The Shock key interrupts the corpuls cpr for shock 2
analysis
(Significance P < 0.001: ***; P < 0.05: *)
delivery. 4 3 AED Mode (disconnected) AED Mode (synchronised) Manual (disconnected) Manual (synchronised)
Charge
4. If the rhythm is not shockable, the corpuls cpr therapy
preShock
is automatically continued. CPR

The reduction in the compression pause is particularly evident the peri-shock pause in disconnected mode of 3.24 ± 0.71 s.
during the perishock pause. On average, the perishock pause This saving can be a valuable gain in time with the desired
in synchronised mode of 2.00 ± 0.32 s is 38.23% shorter than break being a maximum of 5 seconds.
MANUAL 1 (procedure according to ERC)
1. The stop mCPR key on the corpuls3 interrupts the
corpuls cpr for manual rhythm control.
1
2. The Start mCPR key resumes chest compressions/
preS hock CPR. Manual

Peri-shock pause in sec

analysis
2
3. If the rhythm is shockable, the Shock key interrupts Illustration 2:
3
the corpuls cpr for shock delivery. Charge When comparing the peri-shock pauses,
Charge the significant minimization of the pause
If the rhythm is not shockable, the Start mCPR key Preshock duration with synchronisation compared to
CPR disconnected device operation of corpuls3
continues the therapy by the corpuls cpr. and corpuls cpr becomes particularly clear.
(Significance P < 0.001: ***)
AED Mode (disconnected) AED Mode (synchronised) Manual (disconnected) Manual (synchronised)

MANUAL 2 (procedure according to AHA) Charge

Charge
1
1. Charge key charges the defibrillator.
2. The Stop mCPR key on corpuls3 interrupts the 2 Sources
Cheskes, Sheldon; Schmicker, Robert H.; Verbeek, P. Richard; Salcido, David D.; Brown, Siobhan P.; Brooks, Steven et al. (2014): The impact of peri-shock pause on survival from out-of-hospital shockable cardiac arrest during the Resuscitation
corpuls cpr for manual rhythm analysis. Outcomes Consortium PRIMED trial. In: Resuscitation 85, S. 336–342. DOI: 10.1016/j.resuscitation.2013.10.014.
Manual
analysis Kleinman, Monica E.; Brennan, Erin E.; Goldberger, Zachary D.; Swor, Robert A.; Terry, Mark; Bobrow, Bentley J. et al. (2015): Part 5. Adult Basic Life Support and Cardiopulmonary Resuscitation Quality. Circulation. 2015;132[suppl 2]:S414–S435.
3. If the rhythm is shockable, the Shock key interrupts In: Circulation 132 (18 suppl 2), S. S414-S435. DOI: 10.1161/CIR.0000000000000259.
3
the corpuls cpr for shock delivery. 4 Monsieurs, Koenraad G.; Nolan, Jerry P.; Bossaert, Leo L.; Greif, Robert; Maconochie, Ian K.; Nikolaou, Nikolaos I. et al. (2015): European Resuscitation Council Guidelines for Resuscitation 2015: Section 1. Executive summary. Resuscitation 95
(2015) 1–80. In: Resuscitation 95, S. 1–80. DOI: 10.1016/j.resuscitation.2015.07.038.

4. Start mCPR key resumes the therapy by the corpuls cpr. Loading Nolan, Jerry P.; Soar, Jasmeet; Zideman, David A.; Biarent, Dominique; Bossaert, Leo L.; Deakin, Charles D. et al. (2010): European Resuscitation Council Guidelines for Resuscitation 2010. Section 1. Executive Summary. In: Resuscitation 81 (10), S.
1219–1276. DOI: 10.1016/j.resuscitation.2010.08.021.

Perkins, Gavin D.; Olasveengen, Theresa M.; Maconochie, Ian; Soar, Jasmeet; Wyllie, Jonathan; Lockey, Robert Greif Andrew et al. (2017): ERC 2017 Guidelines Update. In: Resuscitation. DOI: 10.1016/j.resuscitation.2017.12.007.
Sell, Rebecca E.; Sarno, Renee; Lawrence, Brenna; Castillo, Edward M.; Fisher, Roger; Brainard, Criss et al. (2010): Minimizing pre- and post-defibrillation pauses increases the likelihood of return of spontaneous circulation (ROSC). In: Resuscitation
81 (7), S. 822–825. DOI: 10.1016/j.resuscitation.2010.03.013.

16 corpuls cpr 17
 FOCUS – ON – PATIENTS

INTUITIVE AND SIMPLE HANDLING

With these four simple steps, the corpuls cpr can be adapted to the patient in a very short amount of time and with
Mode
only a minimal interruption of thorax compressions.
Depth [cm] Mode

30:2
01:05:42
15:2 5 min

5.0
1. PREPARATION 2. ATTACH cont.

30:2

Via the softkeys settings such as You can select three different therapy The integrated alarm management
compression depth or compression modes: indicates possible errors, e. g. when the
rate are configured. • 15:2 locking lever is not closed.
• continuous
• 30:2

First, a team member mounts the corpuls cpr arm on the board and switches the corpuls cpr on. Then, the locking The team lifts the upper body of the patient and
lever has to be opened to be able to move the corpuls cpr arm. The user checks the displayed therapy settings and positions the board completely beneath the patient
positions the board under the patient’s head. within a few seconds. For this, the thorax compres-
sions must only be interrupted minimally.

The main menu of the user interface

shows the configured therapy mode
3. ADJUSTING & STARTING
(30:2, 15:2, continuous), the compres-
sion depth and compression rate as
well as the remaining running time
and therapy duration.

Then, the corpuls cpr arm is positioned over the thorax. The corpuls cpr arm is adjusted in height and angle and a team member adjusts the stamp position on the thorax.
Immediately after positioning, the corpuls cpr arm is locked by closing the locking lever and the mechanical thorax compression started by pressing the START/STOP key.

4. TRANSPORT PREPARATION

The rescue team positions the fixation ring and prepares the patient for transport.

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 FOCUS – ON – PATIENTS

ACCESS FROM ALL SIDES

Free access to the thorax is essential for treatment of a The patient can be transported with the corpuls cpr on
patient during resuscitation. The Recboard or the Quad- different transport systems, if the patient is secured with
board can be placed in multiple positions beneath the a corresponding securing system. Make sure to leave the
patient. The lever is opened for alignment on the thorax. therapy zone uncovered.
The user determines the position of the stamp. That is
exactly the position at which manual compression is
applied, i.e. the lower half of the sternum. The stamp posi-
tion check helps the user find the proper neutral position
to avoid generating unwanted leaning. When the light is
green, the lever can be closed and the therapy started.
During therapy the corpuls cpr monitors the position of
the stamp at every ventilation pause or after 100 compres-
sions in continuous mode. If the thorax has collapsed due
to the preceding compressions, the corpuls cpr automat-
ically corrects the distance between the stamp and the
thorax. Thus ensuring that the set compression depth is
always achieved. Use with Recboard Ring
HIGH SAFETY FOR PATIENT
AND RESCUE SERVICE PERSONNEL
The corpuls cpr contributes greatly to the safety of ambulance service staff. They can remain seated with safety
belts during therapy, which reduces the danger in case of an accident. To demonstrate this safety, several standard-
ised test procedures were implemented.

ENERGY MANAGEMENT • EN 60068-2-6:2008 Vibration (sinusoidal) • EN 13718-1:2014 Medical vehicles and their equipment
• EN 60068-2-27:2009 Shock – Air ambulances – Part 1: Requirements for medical
The corpuls cpr can be operated with a battery as well as The battery can be exchanged quick and easy with one • EN 60068-2-64:2008 Vibration devices used in air ambulances;
via mains connector. The long running time of the battery operation. When using the device in a rescue vehicle, the (Broadband random and guidance) • DO160G:2016 Section 7, Category A; Section 8, Category
(typical: 90 min.) guarantees optimal operational readiness. power can also be supplied via the magnetic clip directly • EN 60529:2014-09 Degrees of protection provided by U/U2 Environmental Conditions and Test procedures
The display shows the remaining running time in minutes. from the on-board power supply. enclosures (IP-Code) for Airborne Equipment
• IEC 60601-1-12:2014 Medical electrical equipment – • EN 1789:2007+A2:2014 Medical vehicles and
Part 1-12: General requirements for basic safety their equipment – Road ambulances
and essential performance

With the support of company Stollenwerk & Cie. GmbH and service personnel. To test this, a simulation of an ambu-
the University of Trier a further dynamic crash test was carried lance stretcher set up was mounted to a slide and acceler-
out which proves that the corpuls cpr can perform high- ated downward with a force of 10 G while the corpuls cpr
quality chest compressions even in the extreme situations performed chest compressions on a resuscitation dummy.
of an accident without endangering the patient or rescue

corpuls cpr arm on mains operation The LEDs of the charging status display By pressing both release buttons, the battery can be
with magnetic RoPD connector give a quick overview of the remaining exchanged quick and easy. To corpuls cpr
capacity ot the battery. The operation parameters are retained for 30 seconds.
product page:

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 FOCUS – ON – PATIENTS

THE RIGHT BOARD FOR EVERY CASE

All boards are made of carbon and are therefore mostly radiolucent. They are also very easy to clean thanks to their
smooth surface.

QUADBOARD RECBOARD SCOOPBOARD

• Specifically developed for • Specifically developed for use • Ideal for technically demanding SPECIFICATIONS
hospital application in emergency services and operations with a scoop

• Large handle for easy preclinical setting stretcher
positioning under • Compatible with all • Compatible with most COMPRESSION PARAMETERS OPERATING PARAMETERS: GENERAL SPECIFICATIONS:
patients common stretcher systems common scoop stretchers • Compression rate: • Power source: electric • Color display 2.4‘‘ with LED backlight
• Fastening straps with magnetic • Fastening straps with magnetic 80 – 120 compressions • Battery: Lithium Polymer (LiPo) • Operating temperature:
clasp and fixation ring for clasp and fixation ring for
per minute • Power supply: -20 °C to +45 °C
secure fixation of the patient secure fixation of the patient
(adjustable in increments of 12-33V DC (on-board power), • Dust and splash proof (IP54)

1 compression per minute) 110-240V AC (Mains 50-60 Hz) • Operating noise: 70 dB

• Compression depth: 2 – 6 cm • Battery with 300 charging cycles • Data interface: SD card

(adjustable in increments of 0.1 cm) • Operating time: typical 90 min. • Integrated alarm management

• Therapy mode: 30:2 / 15:2 / • Displays the remaining running time • RTCA DO 160 G (EMC tested)

continuous (secure airway) in minutes • Simultaneous display of mode,

• LED indication of battery charge level compression depth and rate,

PATIENT PARAMETERS: in 20% increments time/therapy duration and

STAMP BAG & BACKPACK FROM PAX® • Thorax height: 14 – 34 cm • Battery charging time remaining running time of the
• No restrictions on the (via magnetic clip): battery in minutes and percentage
• Two sizes available • Tailor-made for the corpuls cpr thorax width 105 min. 0-80%
• Re-usable • Room for all accessories (stamp, reserve battery, external mains converter)
• No restrictions on the 30 min. 80-100% DIMENSION AND WEIGHT:
• Easy to clean • Storage compartment for a board
weight of the patient • Intuitive user interface: • corpuls cpr arm including
• Charging status indicator and possibility of charging the arm in the bag
• 8 years and older Therapy start/stop button with LED stamp and battery:
display and 4 softkeys 45 x 43 x 9 cm / 5.5 kg
• Recboard:
WALL MOUNTING FOR HOSPITAL
47 x 47 x 3.5 cm / 2.2 kg
• Quadboard:
• Optimal storage of the corpuls cpr
and charger 46 x 46 x 13 cm / 1.7 kg

• Accessible anytime • Scoopboard:

• Mounting also possible in crash cart 45 x 35 x 83 cm / 1.6 kg

More at www.corpuls.world

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 FOCUS – ON – PATIENTS

For almost 40 years, corpuls® has developed and produced innovative high-end
equipment for emergency and intensive care medicine. Today, in our headquar-
ters in Kaufering, over 300 hearts each beat around 60,000 times every work
day while aspiring to meet the high standards of rescue service personnel from
over 70 countries around the world.

corpuls defibrillators, patient monitoring systems and chest compression devices

have set the standard since day one in the realisation of the most advanced
insights in medical science, as well as in terms of innovation and ergonomics.
Thus guaranteeing reliable and trusted aid in the fight for human lives.

W W W.CORPULS.WORLD

Manufacturer:

corpuls | GS Elektromedizinische Geräte Products may not be available in all markets as product availability depends on the
regulatory and/or medical processes in individual markets. For availability please contact
G. Stemple GmbH info@corpuls.com. Printing errors as well as construction and design modification subject
to change. All mentioned product names are registered trademarks of the respective owners.
Hauswiesenstrasse 26 | 86916 Kaufering | Germany Article Nr. 76139.41020 Vers. 1.0 (12/20)

Telephone +49 8191 65 722-0

E-mail info@corpuls.com
Web www.corpuls.world