The right method for every part
From prototype to series production. Not sure which method is right? Send us a drawing and we will help you.
Manufacturing methods
Heat and vacuum form a thermoplastic sheet over a tool. A competitive method, especially for larger products in small and medium-sized production runs.
Read about vacuum forming
Two thermoplastic sheets are formed and welded together in the same process. The result is hollow parts with strength, stiffness and low weight.
Read about Twin Sheet
Vacuum forming assisted by compressed air. In addition to the vacuum, compressed air presses the sheet down into the mould. The result matches injection-moulded parts.
Read about High Pressure
Opido Reinforcement System. Lightweight expanded polyurethane (PUR) is applied in several layers to create light, stable and impact-resistant products.
Read about ORS
Weather and UV resistant material that, in its clear version, is clearer than glass. We machine it with laser and router, and both heat form and vacuum form it.
Read about acrylic
Engineering plastics and foam are machined in our large flatbed router. We also cut some materials with a knife.
Read about machining
Molten plastic is injected into a closed tool. Suited to large series of identical parts.
Read about injection moulding
Prototypes and small series straight from a 3D file, with no tooling cost.
Read about 3D printing
Large, hollow parts in one piece without weld seams, such as tanks and containers.
Read about rotational moulding
Guides on methods, materials and what affects price and lead time, to make it easier to develop the right plastic component.
Do you have a part that needs manufacturing?
Tell us what the part will be used for and roughly how many you need.
