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Battery module handling: ergonomic and safe in e-mobility

  • Zeilhofer HHT
  • 4 days ago
  • 3 min read

Battery module handling refers to the safe, precise and ergonomic movement of battery modules and battery packs in e-mobility manufacturing. These components are heavy, sensitive and safety-critical at the same time. Manipulators and lifting axes from Zeilhofer move loads up to 1,200 kg pendulum-free and take the physical strain off employees — without endangering the module or the process.


Hubachse ZH90 in der PKW-Fertigung mit Greifvorrichtung für bis zu 800 kg schwere Batteriemodule
ZH90 lifting axis in passenger car production with gripping device for battery modules weighing up to 800 kg

Why battery module handling becomes a bottleneck

With the ramp-up of e-mobility, unit volumes and cycle rates in battery manufacturing are rising. Modules and packs are becoming larger and heavier while at the same time impact-sensitive and electrically sensitive. Manual lifting quickly reaches its limits here: the weight overwhelms operators, and every uncontrolled movement endangers expensive, safety-relevant components. The bottleneck is rarely the machine, but the handling.


Requirements for handling battery modules

Handling heavy battery components demands more than pure lifting force. Several factors matter at the same time:

  • Weight: modules and packs regularly exceed the limit of safe manual lifting.

  • Sensitivity: no deformation, no impact, controlled forces on housing and cells.

  • Precision: exact positioning during joining, screwing and insertion.

  • Safety: defined, guided movements without pendulum motion.

  • Repeatability: short, consistent cycle times at rising unit volumes.


Zeilhofer solutions for modules and packs

The manipulator (up to 800 kg) moves modules stationary and pendulum-free. For heavy packs, the ZH90 lifting axis (up to 1,200 kg) lifts on the linear Z-axis. Variant-rich processes are handled by the articulated manipulator. The decisive factor is the gripper: individual grippers and fixtures are precisely matched to geometry, weight and sensitivity of the module.


Ergonomics and cost-effectiveness

Anyone who no longer lifts heavy modules by hand reduces physical strain and therefore days lost to illness. The precise, guided movement reduces damage to expensive components and thus scrap. At the same time, throughput rises because one operator can handle even large packs alone and safely. What ergonomic handling technology achieves is shown directly in cycle time and quality.


Customized engineering from a single source

Every battery platform has its own geometries and interfaces. That is why every solution is created individually: engineering, design, manufacturing, commissioning and service from a single source in Holzkirchen. Zeilhofer Handling Technology is ISO 9001 certified and works according to TISAX Level 2 with prototype protection, which especially matters for confidential automotive projects. Related: Heavy-load handling up to 1,200 kg.


Industries and applications

Battery module handling supports the entire e-mobility value chain:

  • Automotive OEMs and Tier-1 suppliers

  • Battery module and pack assembly

  • Stationary energy storage

  • Commercial vehicles and off-highway


Get your process analysed

Are you scaling up your battery production and looking for a safe, ergonomic handling solution? We analyse your process and develop a fitting manipulator or gripper. Request now — no obligation.


Hubachse ZH90 für Hochvoltspeicher
ZH90 lifting axis for high-voltage storage

Frequently asked questions (FAQ)


How heavy are battery modules and battery packs?

  • Individual modules weigh from a few to several dozen kilograms depending on design. Complete battery packs reach several hundred kilograms and thus clearly exceed the limit of safe manual lifting.


How are heavy battery modules handled ergonomically?

  • With manipulators and individual grippers that pick up the module pendulum-free and position it precisely. The operator guides the load virtually weightlessly and without risk of damage.


Which loads does Zeilhofer move in battery production?

  • Manipulators move up to 800 kg, the ZH90 lifting axis up to 1,200 kg. Individual grippers are matched to the respective module or pack.


Are the grippers suitable for sensitive modules?

  • Yes. Grippers and fixtures are designed individually and pick up the component gently, in a defined way and precisely, without damaging housing or cells.



 
 
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