Application Challenge
Manufacturing Requirement
Inverter, energy-storage and charging electronics can require carriers for differently sized boards while maintaining consistent production handling.
Successful fixture design begins with the PCB data, equipment interface, thermal profile, protected components, mechanical loading, ESD requirement and expected production quantity.
Engineering Response
Drawing-Based Composite Fixture Approach
The carrier-set concept uses a common composite material platform with model-specific apertures and support patterns for each assembly.
Multiple layouts within one program
Support for power-control PCB geometries
Packing protection for finished fixture sets
Application Outcome
Practical Production Value
A coordinated carrier set can support production flexibility across several renewable-energy electronics assemblies.
Final performance depends on the selected composite grade, fixture geometry, production profile, cleaning method and actual operating conditions. Prototype validation is recommended before volume release.