RFQ Preparation Checklist
- Gerber, BOM, pick-and-place, and assembly drawing
- Critical components and no-substitution list
- Inspection standard and functional test procedure
- Packaging, conformal coating, and labeling needs
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SMT and Clean Assembly for Servo PCBA
SMT assembly, clean handling, AOI, microscope inspection, and functional test workflow for dense GaN servo control boards.
Best Fit For:For overseas hardware teams that need a controlled PCBA build process for compact servo electronics.
Capability Highlights
- Supports dense components, fine-pitch connectors, and high-current power-stage assembly
- Inspection emphasis on solder quality, polarity, placement, and thermal-stress areas
- Clean handling and packaging suited to precision robotics electronics
Typical Engagement Scope
- GaN servo boards
- Driver-encoder stacks
- Robotics control PCBA
Execution Focus
- Stencil, panelization, and reflow profile
- AOI coverage and manual microscope review points
- Functional test fixture planning
Program Evaluation Matrix
| Program Metric | Typical Range | Procurement Value |
|---|---|---|
| Inspection method | AOI + microscope + functional test | High-density GaN servo boards require visual and electrical evidence, not just assembly output. |
Risk and Mitigation
- Fine-pitch solder defect escapes inspection: Define critical joints for microscope review and add electrical test coverage where possible.
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Buyer FAQ
Can you assemble dense GaN power-stage boards?
Yes, with DFM review around pad geometry, stencil, thermal pads, current path, and inspection access.
Related Resources
Inquiry Email
Include target torque/speed, quantity, and delivery location.