Busbar forms for flexible and structural current paths.

Every program starts from the approved drawing. Select a product family, then share the material, geometry, insulation and quantity requirements.

Flexible Copper Busbar

Made using polymer diffusion welding, with a flexible center section designed to maintain bolt clamping torque at both ends under vibration and keep the connection stable.

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Flexible Aluminum Busbar

Made using polymer diffusion welding, with a flexible center section designed to maintain bolt clamping torque at both ends under vibration and keep the connection stable.

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Copper Busbar Signal Tab

Formed with a stamping die, with the signal tab secured by laser welding.

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Special-Shaped Bent Copper Busbar

Made from T2 copper with PA12 insulation and bent using dedicated 3D forming equipment.

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Aluminum Busbar Heatsink

Formed with a stamping die, with heat dissipation fins secured by laser welding.

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Powder-Coated Aluminum Busbar

Formed with a stamping die and insulated using a powder coating process.

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Connection geometries

Additional component views

Explore conductive copper busbars, conductive aluminum busbars, flexible busbars, special-bent busbars and laminated busbars. Exact material, dimensions and insulation are confirmed against each project drawing.