E-mobility

Zimmer Group offers handling solutions for all areas of e-mobility

The production of electric vehicles imposes new requirements on production technology. Producing battery cells and packages economically is an important factor in ensuring that this market can grow successfully. For this purpose, a high degree of automation—as it already exists today in motor production—is absolutely critical. The competition for the best production technology has been underway for a long time. Zimmer Group is a development and system partner to many major-name premium manufacturers and systems manufacturers in battery production, module assembly and electric motor production.

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  • Implemented projects:
    50 projects, 400 grippers, 2000 devices
  • E-mobility solutions since 2014
  • Engineering expertise:
    More than 100,000 hours of engineering
  • Highlights:
    Development partner of premium automotive, OEMs and systems manufacturers

Today, reducing CO2 emissions is more important ever. ​From electric scooters to electric trucks. Zimmer Group offers solutions for all areas.

Battery technology

Production of cylindrical, prismatic or pouch cells, cell to pack to module: Zimmer Group works with you to develop the right solution.

E-drive

Thanks to our extensive portfolio, we are able to implement handling for all parts of the powertrain, from conventional combustion engines to electric motors.

MAGNETIC GRIPPERS FOR CYLINDRICAL CELLS

CELL PRODUCTION FOR E-MOBILITY

SPACE SAVING AND POWERFUL

The gripping of cylindrical cells during the production of electric vehicles represents a particular challenge. The cylindrical cells must be nested in this process, which means they consolidated as closely as possible to enable optimal use of the limited space in the vehicle. This is only possible when the gripper is located in the shadow of the battery.

This process-relevant design was implemented and combined with a holding force of 50 N, which ensures that the cylindrical cells will be held securely even at the highest accelerations and during an emergency stop. The low residual holding force under 1 N when the magnets are deactivated not only enables reliable depositing. It also fulfills the requirements for technical cleanliness.

The focus is on modular thinking to enable the gripper to be optimally adapted to the respective process. The gripper can be combined with piston position sensing as well as battery presence sensing. Moreover, axis compensators are available that work together with the centering plates to compensate cell misalignments that can occur in the various production processes. 

Along with these combinations, the HM1046 is also the only magnetic gripper on the market that offers the option of vacuum-assisted gripping. By combining these two redundant gripping principles, adhesive forces up to 200 N can be generated, which increases process reliability to the maximum. 

Zimmer Group solutions aren't just limited to a few grippers. The KNOW-HOW FACTORY is continuing this modular concept further in order to provide ready-to-install systems that can cover all processes used in sophisticating manufacturing. 

Would you like a personal consultation? Get in touch now!

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BATTERY PRODUCTION VALUE CHAIN

CELL PRODUCTION

10x grippers for cylindrical cells

Logistics grippers for intermediate layers

6x grippers for cylindrical cells

Cell to Module

10x grippers for cell assembly

Double grippers for battery modules

Installation of attachment parts

Handling grippers for battery modules

Turning station for prismatic cells

MODULE TO PACK

Container placement logistics

Handling grippers for covers of load carriers

Cover removal portals with gripper

Handling grippers for intermediate layers

Mounting the bottom housing part

Double grippers for intermediate layers and frame elements

Handling grippers for intermediate layers

Double grippers for intermediate layers and cooling plates

Handling grippers for baseplates

Component handling of bottom housing parts

Double grippers for intermediate layers and bottom housing parts for hybrid vehicles

Module assembly

Press-in station for battery modules

Turning station for battery modules

Handling grippers for battery modules

Flexible handling grippers for battery modules with finger exchange system

Mounting module connector contacting and battery management system

Assembly grippers for module connectors

Assembly grippers for electronic attachment parts

Assembly grippers for busbars

Assembly grippers for electronic attachment parts

Mounting the top housing part

Double grippers for top housing parts for hybrid vehicles

Turning grippers for battery management systems

Mounting attachment parts

Double grippers for installation of attachment parts

Double grippers for installation of attachment parts

Stacking batteries

Handling grippers for high-voltage batteries (hybrid vehicle)

Double grippers for high-voltage batteries (hybrid vehicle)

Turning grippers for high-voltage batteries

Handling grippers for high-voltage batteries


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