The mould – The heart of injection moulding

We are committed to ensuring that the moulds have good function and quality that ensures good, efficient and profitable production.

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Proper tool design delivers better results

A high-quality mold begins with proper design – and the finished product is never better than the tool it is molded in. That is why each mold is carefully tailored to the product's requirements and function. At Pla-Mek®, our tool engineers develop the solution in close cooperation with you. This ensures a smooth process, high precision, and profitable production. We maintain long-term, reliable partnerships with tool manufacturers in both Europe and China, providing us with flexibility, quality, and competitive pricing.

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Early involvement pays off

By involving Pla-Mek® early in the development phase we ensure a well-considered and optimized mould design. The most important decisions are already made in the design phase, and here are many factors that need to be taken in account—such as material selection, gate location, surface requirement, demoulding direction, etc.   Together, we also explore opportunities to reduce material usage and select solutions that support a more sustainable product.   Our engineers work in close dialogue with your development team, reviewing dimensions rapports, test samples, and technical assessments throughout the process. This proactive approach minimizes costly design changes and leads to a better final product.

  • Material selection 

  • Desired surface  

  • Gate locations

  • Functional requirements and tolerances 

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Technical insight – Practical value

Pla-Mek® offers advanced expertise in plastic part design and tooling. To ensure optimal component performance, we apply advanced computer simulations and analysis tools. These tools provide confidence that your product will not only look right—but perform also reliably

  • Moldflow

    Simulates plastic flow behaviour inside the mould 

  • FEA (Finite Element Analysis)

    Evaluates structural strength and deformation.

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