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Palmer, mould development and manufacturing · Home
ESENFR

Product and mould engineering

Complete product development: from part design to mould manufacturing and production follow-up.

Safety helmet, drawing and caliper on the design desk

Product development

We have extensive experience in developing plastic, aluminium and zamak parts. We adapt the part design to its manufacturing process and support you from the first idea to the finished product.

  1. 01
    Concept designProposals and sketches based on your requirements and needs.
  2. 02
    OptimisationAdapting the part to the process, and analysis to anticipate defects.
  3. 03
    3D designPart and mould geometry according to the manufacturing process.
  4. 04
    ManufacturingMachining, EDM and fitting in our workshop.
  5. 05
    Follow-upFrom first samples to approval.

A real case: from sketch to mould

Safety helmet · two-cavity mould
  1. Wireframe sketch of a safety helmet
    01Reverse engineering and concept design
  2. 3D design of the safety helmet
    023D design and adaptation to the process
  3. Injection simulation of the safety helmet
    03Stress analysis and injection simulation
  4. Two-cavity mould for the safety helmet
    04Mould design and manufacturing, and after-sales service

Mould engineering and design

Our technical team combines the younger members’ training in new technologies with the experience of the veterans. We design every mould with up-to-date CAD/CAM systems, and our quality management system is certified to ISO 9001:2015.

SolidWorks3D part and mould design
SolidCAMMachining programming (CAM)
FikusElectrode design and wire EDM programming

From 3D design to mould

3D design of a two-cavity mould for an evaporation tray
Two-cavity mould · Evaporation tray · White goods
3D design of a four-cavity stack mould
4-cavity stack mould · Underbody panel · Automotive
Plastics processingInjection and blow moulds → Metal processingAluminium and zamak moulds →
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