This CNC machined stainless steel SMT wave soldering fixture is fabricated from solid stainless steel plate. It delivers extreme corrosion resistance and ultra-long service life for harsh continuous SMT wave soldering environments.
This CNC machined stainless steel SMT wave soldering fixture is milled from solid stainless steel plate, different from aluminum alloy and composite material jigs. Stainless steel offers excellent resistance to flux chemical corrosion, tin splash adhesion and high temperature oxidation, making it suitable for non-stop heavy-duty production. Integrated side handles are machined directly on the plate for convenient manual handling. Multiple array cavities are precisely cut to hold PCBs, with tight tolerance positioning grooves for repeatable board placement. The rigid metal structure has nearly zero thermal deformation even after thousands of thermal cycles. Surface finishing treatment simplifies flux residue cleaning after soldering runs. This stainless steel jig is selected for extreme mass production lines where frequent jig replacement is costly.
Key Features
- Solid CNC milled stainless steel plate, excellent flux & corrosion resistance
- Near-zero thermal deformation under long continuous high temperature cycles
- Integrated side handles built into metal plate for easy handling
- Ultra long service life, low maintenance requirement
Applications
- 24/7 continuous heavy-duty SMT wave soldering production
- PCB manufacturing with strong flux and corrosive working environment
- High volume production where frequent jig replacement is not feasible
FAQ
Q1: What is the difference between stainless steel fixture and aluminum alloy jig?
A1: Stainless steel has superior flux and corrosion resistance, harder surface, longer life, but heavier weight and higher cost than aluminum.
Q2: Will stainless steel jig absorb too much heat and cause overheating on PCB?
A2: We design isolated cavity contact zones to control heat conduction and protect PCB components.