Requirements for assembly systems:

E-mobility imposes certain requirements on the assembly process: high process reliability for safety-related components, high flexibility due to the wide variety and targeted reliable electro-static discharge (ESD capability) of system components utilized. In addition, these components require an assembly environment that fulfills the guidelines of technical cleanliness and also scores highly on ergonomic aspects.

  • Process reliability
  • Flexibility
  • Technical cleanliness
  • ESD capability
  • Ergonomics
  • Traceability/MES

We offer:

  • Flexible assembly solutions that can be adapted to the current market situation
  • A comprehensive product portfolio: the right solution for every assembly task
  • In-house development and production
  • From components and manual work stations to semi- or fully-automatic assembly systems

Besides standardized manual workstations, Deprag also supplies automated, extremely flexible assembly cells of their DCAM (Deprag Compact Assembly Module) product family. Equipped with one of the modern Deprag screwdriving function modules, appointed with high-quality industrial spindle screwdrivers and combined with a screw feeder, you can depend on the DCAM to complete any screwdriving task. This modular assembly cell is particularly suitable for fluctuating production rates, diverse product ranges and short product life cycles. As a system solution, the DCAM combines efficiency with the best possible processing reliability. The modular, flexible platform concept, in combination with the freely programmable X-Y axes, justifies the implementation of this assembly cell for the most varied of assembly tasks.

Deprag has another notable screwdriving system in its program, specially designed for bodywork construction screw joints (body in white): the Adaptive Deprag Fastening System (DFS). The selection of the correct fastening technology for lightweight construction is of utmost importance, and consequently, flow hole screw assemblies are the established technology for bodywork construction in the automobile industry. The adaptive assembly unit Adaptive DFS combines EC-servo screwdriving technology with EC-servo feed technology. This enables automatic piercing detection throughout the flow hole assembly, independent from screw and component tolerances. The processing parameters are automatically adjusted, and the procedure is continually optimized. A robot can also easily be connected to the screwdriving system. Finally, all customer specifications for e-mobility are fully satisfied by Deprag standard components: processing reliability, flexibility, ESD-capability, technical cleanliness, ergonomics and economic efficiency.