Copper & Aluminum Busbar Manufacturing
Custom Busbars Manufactured to Customer Drawings
MetPlas Incorporated manufactures custom copper and aluminum busbars and related electrical power-distribution components. Components are produced according to customer drawings, specifications and project requirements.
Busbar Fabrication Capabilities
MetPlas busbar manufacturing capabilities can include cutting, CNC machining, drilling, precision hole patterns, forming, bending, custom profiles, secondary machining and assembly.
Projects can include custom copper busbars, aluminum busbars, electrical conductors, connectors, plates and related power-distribution components.
Busbars + Electrical Insulation
A key MetPlas capability is working with both conductive non-ferrous metals and engineered electrical insulation materials. Electrical assemblies may require copper or aluminum busbars alongside G10, FR4 or other insulation components.
Customers can discuss multiple components of an electrical assembly with one manufacturing partner. Learn about MetPlas G10 & FR4 Machining.
Manufactured to Your Drawings
Send MetPlas your drawing or CAD file, material requirements, quantity, specifications and delivery requirements. Our team can review the project and determine the appropriate manufacturing processes.
For projects requiring plastics, composites and non-ferrous metals, visit Plastic & Non-Ferrous Metal Machining.
Busbar Manufacturing FAQs
Does MetPlas manufacture copper busbars?
Yes. MetPlas manufactures custom copper busbar components according to customer drawings and specifications.
Does MetPlas manufacture aluminum busbars?
Yes. MetPlas works with aluminum as well as copper for custom non-ferrous electrical components.
Can MetPlas machine and drill custom busbar hole patterns?
MetPlas busbar manufacturing capabilities include CNC machining, drilling and custom hole patterns based on customer drawings.
Can MetPlas also manufacture electrical insulation components?
Yes. MetPlas works with engineered electrical insulation materials including G10 and FR4, providing a useful combination for multi-component electrical assemblies.