Send a drawing or specification — our engineers review it for manufacturability, quote it, and deliver tooled, tested laminated busbars.
| Capability | Range |
|---|---|
| Conductor layers | 1–6+ (custom stack-ups) |
| Conductor material | C11000 copper (standard), aluminum on request |
| Plating | Tin (standard) |
| Dielectrics | PET, Nomex, epoxy (DLF) |
| Terminal types | M6/M8 threaded studs, blade tabs, screw terminals, welded tabs, fused links |
| Current rating | Per design, up to ~1000 A |
| Mounting | Integrated brackets, standoffs, edge seals |
Layer count recommendations for your voltage class and current.
Thermal class vs. dielectric strength, matched to your environment.
Placement checked against your enclosure and mating parts.
Inductance-oriented layout advice for switching circuits.
Before any tooling is cut, our engineers run a DFM review on your drawing — layer count, current paths, terminal spacing, edge distances and dielectric clearances. Catching a tight edge distance or an under-sized weld zone at this stage is far cheaper than discovering it in production.
Stack-up validated against voltage class and current.
Cross-sections checked against continuous and peak current.
Pitch and weld zones matched to mating hardware.
Creepage and dielectric clearances verified before tooling.
Spec review → DFM → quotation → sample → tooled production → delivery. One accountable supplier.
Straight answers from the engineering team.
We do not share your details with third parties.
PDF or DXF — or a photo of an existing sample.
Required current rating and voltage class.
Number of conductor layers and terminal types.
Estimated annual quantity, application and target market.
Drawing or not — send the requirement and we will advise on the configuration.
Send drawings, current ratings and voltage class — DFM feedback and a quotation within one business day.
