High-temperature polymer injection moulding
We process PEEK, LCP, PPS, PA, and technical and high-temperature polymers in which we specialise. More than 30 injection moulding machines, an in-house toolroom and a metrology laboratory at one location.
Born to mold
Injection moulding machines
Active part numbers
Employees
Experience since 1996
Automotive certified
This is our advantage. Few injection moulders in Central Europe manufacture parts from all three polymers—PEEK, LCP and PPS—in series. Each polymer requires specific processing conditions, a suitably designed mould and specialist expertise.
Polyetheretherketone
Continuous service temp.
to 250 °C
Replaces metal where mass and chemistry both matter.
Advantages
Processing challenge
A 360–400 °C melt and an oil-heated tool at 170–200 °C. Requires a dedicated plasticising unit and tight scrap control — the material cost does not forgive rejects.
Liquid crystal polymer
Continuous service temp.
to 240 °C
Walls below 0.3 mm, and dimensions that stay put.
Advantages
Processing challenge
Strongly anisotropic, with markedly weak weld lines. Gate design and position govern part strength, so we resolve them with the tool design rather than after the tool is cut.
Polyphenylene sulphide
Continuous service temp.
to 220 °C
Chemistry, temperature and dimensional stability at once.
Advantages
Processing challenge
Very low viscosity encourages flash, and glass filling is aggressively abrasive to the tool. We specify higher-hardness tool steels, protective coatings and venting designed for it.
Lubricomp — self-lubricating compounds
Continuous service temp.
per base resin
Bearings, gears and slides that run dry.
Advantages
Processing challenge
PTFE, silicone and aramid fillers need a gentle plasticising regime so the additive structure survives. We set parameters against the target tribological behaviour, not against cycle time.
Not sure which polymer fits? Our engineers select the material against your design requirements — it is part of how we quote. We also process standard engineering plastics — POM, PA, PC, PBT, PMMA, TPE — to match your project's requirements.
Design, tooling, moulding, assembly and logistics on one site. A single partner owns the chain — from flow simulation to despatch.
Injection mould design and build, computer flow analysis, and full tool service throughout series production — with laser repair available around the clock.
More than 30 injection moulding machines, including 32 automated cells; most machines use electric drives. Robots handle part take-out, insert placement and in-line inspection; the production run is supervised through an MES.
Ready-to-fit assemblies: mechanical assembly, laser welding and engraving, pad printing, on purpose-built stations designed around the product.
High-bay warehouse under WMS control, with batch identification and delivery to the schedule agreed with you.
We supply buyers for whom documentation and repeatability are the entry condition — not an optional extra.
Components under IATF 16949, with PPAP documentation and full batch traceability.
Parts with sealing and media-resistance requirements, produced under a controlled process.
Dielectric-critical parts and thin-wall housings — core LCP territory.
High-wear components running continuously without lubrication.
Gears, guides and sliding elements in self-lubricating compounds.
Not on the list? New applications are business as usual for us — let's talk about your project.
Request a quoteAn in-house measuring laboratory, qualified quality engineers, and oversight of both tooling and purchased material — from project start through series production.
Measuring equipment
Laboratory services
Certification
A repeatable path from request to series production. You know what happens at each stage, and where the cost decisions are made.
Milestone definition is what makes project management work. We run on a Plan–Do–Check–Act cycle.
We review geometry, material and volume, and flag design risk before any steel is cut.
CadMould analysis of filling, weld lines, shrinkage and warpage. Corrections go into the model, not into a complaint.
Mould designed and built in our own toolroom, against an agreed milestone schedule.
Trials on our own machines, part measurement, and process tuning into a stable production window.
Approval documentation to the agreed scope, with measurement reports and control plan.
Indicator monitoring, tool servicing and delivery logistics across the product lifecycle.
The more you give us up front, the faster you get a real price instead of follow-up questions. Attach a drawing or 3D model.
We respond within 2 working days. Your data and drawings stay confidential.