Rapid prototyping for ZIMA piston development. Functional testing, design verification, and form-fit checks before serial tooling.
Before we invest in precision injection molding tooling, we need to verify that the piston geometry works with your specific product and propellant combination.
We offer FDM printing directly from our German facility. Other technologies (SLA, SLS, MJF, metal 3D printing) are available on request for specific projects.
3D printing enables rapid design iterations without the cost and time commitment of tooling. We test form fit, functional behavior, and material compatibility — in days, not weeks.
This reduces development time significantly and ensures a smooth transition to series production.
Verify that the piston geometry fits the can dimension and the valve system before series tooling is commissioned.
Test the displacement behavior with your actual product formulation — before the first serial piston is produced.
Evaluate different material grades for chemical resistance, mechanical properties, and surface quality.
Iterate on piston geometry based on real-world test data — ensuring optimal dosing behavior in series production.
Contact us to discuss your specific prototyping needs. We'll set up the right 3D printing process for your application.
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