Our solution for 3D Printed
3D printing can be very effectively used as tooling in various production processes. A great example is 3D printed moulds for vacuum forming.
With our own technology we can produce 3D prints that are very large and have a very high level of detail. The material properties make it possible to use our tooling in a variety of production processes.
Using 3D printed tooling for small series makes it possible to reduce costs as much as 50%.
With our 3D printing process its not only possible to make simple casting moulds but also more complex multi part tooling is possible.
In general all considerations for mould design that apply to metal moulds als apply to our moulds. Our printed moulds can be used for processing temperatures up to 80°C.
3D Print production
The mould is printed according to the design. For moulds typically a higher wall thickness is used to ensure maximum robustness.
Standard we specify a tolerance of +/-0.5mm although this can be higher depending on geometry.
Producing in the 3D printed moulds
When the mould is finished it can be used for production. Obviously, the printed tool will behave differently than a steel tool. Typically cycle times are adjusted to leave enough time for cooling. If this is done properly, a significant amount of releases is possible from a printed tool surface.
Example projects where we supplied 3D printed tooling
Composite products bring many advantages, they are lightweight and very durable. However, the current state-of-art for composite production still requires relatively large investments in tooling. Especially for low volume production, the tooling cost can be the single...
Kobato is specialized in applying polyurethane coatings and producing custom PU fittings for wear resistant applications . PU is applied in many industrial processes because of it's tough and abrasion resistant properties. Coated steel piping of containers are made...