Working boards need a product body.
We design the enclosure around your boards, battery and controls, and make it in a way that can be assembled, serviced and shipped.
Who this is for
Working boards that need a product body, or a 3D-printed prototype that has to become something that can be built in batches.
Typical starting points
- Bare boards working on the bench
- A 3D-printed prototype you made yourself
- Existing CAD that needs to fit new electronics or a different process
What Anvol does
- 3D printing
- CNC
- Injection-molding preparation
- Protection for the electronics
- Heat
- Battery and cable space
- Screens, buttons, knobs and sliders
- Shipping protection
- Assembly and service access
Deliverables
- CAD files
- Printed or machined enclosures
- Assembled units
Typical inputs
- Board dimensions
- CAD, if any
- Products whose look or feel you like
Timeline and cost drivers
- Timeline
- Set in the written scope, with milestones you confirm.
- Cost depends on
- Process (printing, CNC or molding), finish and quantity.
- Small batches
- In batches of 5 to 20, the enclosure is about 15% of unit cost. Costs →
What is excluded
- Certification testing (FCC/CE). It is done by a test lab and quoted separately when a product needs it.
- Anything outside the written scope. Major scope changes are re-quoted, with a new timeline, before work continues.
Related cases
Questions
It depends on quantity and finish, and it is one of the main cost drivers. We recommend a process in the written scope and prepare the design for it.
Yes. Project Play started as the creator's own 3D-printed working prototype; our engineers are turning it into an enclosure designed for assembly.
You do. You own the project-specific design files, drawings and tooling. Anvol's general tools and libraries stay ours, and third-party and open-source parts keep their licenses. IP and handover →