Multi-Profile Mixed Cavity SMT Wave Soldering Fixture for Mixed PCB Assembly

This multi-profile mixed cavity SMT wave soldering fixture integrates multiple different PCB outlines within one carrier. It allows simultaneous soldering of several unique board designs in a single wave soldering run.

Multi-profile mixed cavity SMT wave soldering fixture, stacked composite jig with orange frame, custom cavities of varying shapes for mixed PCB wave soldering

This multi-profile mixed cavity SMT wave soldering fixture breaks the conventional single-board cavity design. Multiple cavities with different PCB shapes are machined into one composite base plate, letting several different circuit boards be processed together in one wave soldering cycle. The layered composite plate structure delivers good rigidity, and the surrounding orange reinforced frame resists abrasion on SMT conveyor rails. Adjustable stop pins are fitted for each individual cavity, so every PCB type gets independent positioning. Selective cutouts are customized for each board to cover different SMD component heights and locations. This mixed cavity design is perfect for low to medium batch production with multiple PCB variants, eliminating the need to swap out different jigs frequently.

Key Features

  • Mixed multi-profile cavities, support multiple different PCB shapes in one jig
  • Layered composite base plate for stable thermal performance
  • Independent adjustable positioning pins for every PCB cavity
  • Custom component shielding cutouts for each board variant

Applications

  • Low & medium batch mixed PCB assembly projects
  • SMT production lines producing multiple board variants
  • Electronics manufacturers reducing frequent fixture changeover

FAQ

Q1: Can we put 3 or more different PCB designs inside one mixed cavity fixture?
A1: Yes, we can customize cavity quantity and shapes according to your PCB drawings.

Q2: Does mixed cavity design affect soldering quality between different PCBs?
A2: Each cavity is individually engineered, so soldering results remain consistent for all board types.

Scroll to Top