First planned application focus

Plastic 3D printing.
Room for your ideas.

3D plastic printing is our first application focus for the cable robot. Here we are developing the foundation for flexible additive manufacturing.

Trimed cable robot as a development platform for 3D plastic printing
Trimed cable robot as a development platform for 3D plastic printing

01 / FROM MODEL TO PART

Design digitally.
Build layer by layer.

01

3D model

Design a part or prepare suitable scan data. Printability and geometry are checked.

02

Process planning

Material, extrusion, print path and cable robot are coordinated.

03

Additive manufacturing

The print head follows the planned path. Process parameters and quality are assessed.

AI concept image of additively manufactured plastic prototypes: ribbed shell, lattice cube and ring-shaped part
AI concept visualisation · possible plastic parts, not manufactured Trimed products

02 / POTENTIAL

For prototypes.
For individual geometries.

Accelerate development

Functional prototypes and geometry models make digital ideas tangible and support iterative product development.

Adapt the workspace

A flexible structure creates potential for different part sizes. Each machine is designed to suit its task.

Select materials with purpose

The suitability of plastics, print head and material supply is tested for the relevant process. Binding material approvals and performance specifications are agreed for each project.

Think ahead together

Your idea.
Our next step.

Looking for a flexible 3D printing platform or interested in contributing to medical development? Let's talk.

Discuss your project

The cable robot in motion

Control and motion planning of the cable robot. Watch on YouTube ↗