CAD Design & 3D Printing
YOUR ADVANTAGES AT A GLANCE:
- Precise CAD Design: We develop dimensionally accurate packaging designs including exact wall thickness analysis and volume calculation for a smooth transition into mass production.
- Functional Testing via 3D Print: Test ergonomics, threads, closures, and demoldability early on using high-precision 3D printed prototypes, long before expensive steel or aluminum tools are milled.
- Secure Tooling Approval: Avoid fatal design errors. Validate the technical feasibility and final design tangibly on the physical object in direct coordination with your bottlers.
Frequently Asked Questions (FAQ)
How does professional design development with CAD and prototyping work?
Design development begins with a clear definition of function, target group, and production process. This is followed by 3D CAD design including dimensional accuracy, wall thickness analysis, and volume calculation.
Why is a 3D printed prototype crucial before mass production tooling?
With a 3D print, you physically validate ergonomics, demoldability, and technical feasibility before tens of thousands of euros are invested in the manufacturing of steel or aluminum tools.
Can threads and closures be tested on the 3D printed mockup?
Yes. Our high-resolution 3D prints allow for the precise functional testing of screw threads, snap-on closures, and pump mechanisms directly on the physical prototype.
Do you also handle wall thickness analysis and volume calculation?
Yes. We integrate exact volume calculations for the later filling product and analyze wall thicknesses (e.g., for bottles or jars) to ensure a smooth transition into mass production.
What data formats do you need for 3D printing packaging samples?
We work with all common 3D CAD formats like STEP, IGES, or STL. Alternatively, we can handle the complete new design based on your sketches or 2D drawings.