Industry
EV, battery, and clean-energy manufacturing partners
EV and energy-storage hardware turns on two things: carrying current without heat, and packaging cells safely. Find independent machine shops set up for battery trays, busbars, and module enclosures in aluminum and copper, from a single prototype pack through low-rate production, and get competitive quotes for your program.
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- Minimum order
- 1 part
- Typical lead time
- 1 to 3 weeks
- Core materials
- Aluminum, copper
- Typical tolerance
- ±0.005 in
Processes
Capabilities for ev & battery
How OpenSpindle works
We tap our partner network. You get the best-match quote.
Upload your part and we tap our network of partner shops to get you a competitive, all-in quote that is the best match for the job.
One upload
A CAD file or a sketch. That is the whole ask on your end.
Your best-match quote
Sourced from the partner shops set up for your exact part.
All-in, on your timeline
Machining, finishing, and shipping detailed to your turnaround.
Materials
Materials for ev & battery
Reference
Material selection for EV and battery hardware
| Component | Typical material | Why it fits |
|---|---|---|
| Busbars and interconnects | Copper (C110), aluminum 1350 | High electrical conductivity; plated at contacts to keep joint resistance low |
| Battery trays and packs | Aluminum 6061 / 6082 | Light, strong, and thermally conductive for structural enclosures |
| Module and cell holders | Nylon, Delrin, G10 / FR4 | Electrically insulating and dimensionally stable around live cells |
| Cooling plates | Aluminum 6061, copper | Machined channels move heat away from cells and power electronics |
| Inverter and motor housings | Aluminum 6061, A380 (cast) | Stiff, light enclosures that double as a heat path |
| Terminals and fittings | Brass, stainless steel | Machinable, conductive, and corrosion-resistant at connection points |
Applications
Typical ev & battery parts
Why OpenSpindle
Built for ev & battery buyers
Your outsourced sourcing partner
Finding a shop that will build a single prototype pack or a run of busbars takes founders days of cold emails. Upload your design once and surface independent shops already set up for battery and EV work, so you spend your time building.
Built for current and heat
Battery hardware fails on resistance and heat. Shortlist shops that hold flatness on busbar contacts, machine clean cooling channels, and coordinate the plating your joints need.
Every dollar of runway counts
We are a startup too. We put your part in front of the right independent shops and get you competitive quotes, so you land the best price without burning a week chasing suppliers.
One design, one path to scale
Compare quotes and lead times from several shops, then keep the same shop as you move from a prototype pack through pilot and low-rate production without re-sourcing.
Trust
Certifications and standards that matter
Most early EV and energy-storage work is not certification-gated, but a few standards matter as you move from a prototype pack toward production. These are the signals worth confirming with a shop.
ISO 9001
The general quality management baseline you will see on most precision shops. It signals documented, repeatable processes for when a pilot pack scales into a production program.
IATF 16949
The automotive quality standard. Rarely needed for a prototype, but relevant if your pack is destined for a production vehicle line, so confirm it up front if your program requires it.
Busbar plating and joint quality
Not a certification but the real differentiator for battery work. Ask whether the shop can hold flatness on contact faces and coordinate tin, nickel, or silver plating so current-carrying joints stay low-resistance.
Cleanliness and traceability
Loose chips or burrs are a short-circuit risk inside a pack. Confirm burr-free finishing, and ask about material traceability if your cells or enclosures ship into a regulated or safety-critical product.
Questions
Frequently asked questions
Yes. Independent shops cut, machine, and form busbars from copper (typically C110) and aluminum, including punched or waterjet-cut blanks, bent geometry, and drilled or tapped connection points. Because contact resistance drives heat, note the flatness requirement on mating faces and any tin, nickel, or silver plating you need on the drawing.
More industries
Other industries we serve
Sourcing guides
Deciding where to make your parts
Last reviewed August 2026
Get EV and battery manufacturing quotes
Upload your design once and compare quotes from independent shops set up for battery trays, busbars, and enclosures in aluminum and copper.
STEP · STL · IGES · DWG · DXF · PDF · and more
Uploads are secure & confidential