For plastic parts, beyond accuracy, the behaviour of the material is decisive: thermal expansion, flexibility, moisture absorption and burr formation. That is why we use tool geometry designed for plastic machining.
We handle plastic machining with an engineering mindset: we start from the function and installation, and align the construction, tolerances and technology accordingly.
We manufacture plastic parts with CNC machining, including turning and milling. We select the technology so that the material is not overheated, using emulsion cooling or cooled-air cooling, the surface does not smear, and critical fits can be maintained.
We also adapt the operation sequence and workholding to the specific characteristics of plastics, because excessive heat input and improper clamping can lead to warping and dimensional error.
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For plastics, it is rarely worth requesting “metal-like” tolerances for every dimension: due to thermal expansion and moisture absorption, overly tight tolerances often only increase cost without improving function.
Custom plastic parts are worth machining when accurate fit, short lead time or small-batch production is required. Typical parts include sliding and guide elements, bushings, spacers, cover elements and assembly aids. The exact application is determined by the specific material and operating environment.
Before manufacturing, we clarify the critical points, such as fits, surfaces and mounting, and if needed, we also provide a material recommendation, so the part not only matches the required dimensions but also works reliably after installation.
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If there is a metal counterpart, such as a shaft or housing, it is worth specifying or bringing that as well: this makes it much easier to set the fit and sliding surface correctly the first time.
We review the critical dimensions, fits and surfaces, and clarify the installation environment.
Based on the requirements, such as load, wear, corrosion and heat, we recommend the material and raw material form.
Based on the workholding and operation sequence, we prepare the production program.
CNC turning and/or CNC milling adapted to the task, with stable workholding and a repeatable process.
We check the critical dimensions; if needed, 3D measurement also supports verification.
We hand over or deliver the finished part in the agreed form, with the necessary identification and documentation.
A good choice for sliding and mechanical parts where accuracy and wear resistance matter.
A load-bearing, more flexible material proven for many mechanical applications, including sliding elements.
Impact-resistant material with good sliding properties, often ideal for protective and guide elements.
A low-friction material with excellent chemical resistance, suitable for special industrial environments.
A high-load-capacity, heat- and wear-resistant engineering plastic for mechanical parts.
A cost-effective, chemical-resistant material with good machinability for covers and spacers.
A material with excellent chemical and UV resistance for aggressive media and chemical industry parts.
Before requesting a quote, show us your problem. Through logical design, we find the most cost-effective solution.
You can bring a technical drawing, a sample part or even just an initial idea. We discuss it, design it and manufacture the part.
With over 30 years of engineering and manufacturing experience, we provide solutions for engineering design and custom part manufacturing.
We design the part exactly to your needs: durable, reliable and cost-effective to manufacture.
If we can help with engineering design, custom or small-batch part manufacturing, or if you would like to request a quote, please get in touch with us. A member of our team will call you back within one business day. Thank you!
With over 30 years of engineering and 3D design experience, we provide fast, reliable solutions to technical problems. You can rely on us whether you already have a finished technical drawing, or only a sample part, sketch or on-site information is available.
The core of our engineering support is that we handle the logic of design and manufacturing together: we clarify the critical points, provide recommendations for more cost-effective manufacturability, and, if needed, also support acceptance with measurement documentation.
