𐄀 Focus on providing PCBA separator manufacturing process solution
Extreme reliability demands under harsh conditions
Equipment must withstand severe vibrations, intense impacts, extreme temperature cycles, and humid heat/salt fog environments. Micro-cracks, cold solder joints, and residual stresses from panel separation can directly cause equipment failure during combat or missions—with unacceptable consequences.
Small Batches, Diverse Variants, High Customization
Military products are predominantly customized modules with small batch sizes and varied models. Traditional de-panel methods suffer from slow changeovers and complex debugging, making them ill-suited for flexible production.
High-Value Component Density
Boards typically carry military-grade chips, high-precision sensors, and thick copper/multi-layer HDI boards. During de-panelization, stress, dust, and static electricity can easily cause costly component failure.
Production Traceability and Compliance
Military products demand full process data traceability. Traditional manual/semi-automated de-panelization lacks parameter logging, failing to meet quality audit and accountability requirements.
Ultra-low stress depaneling: Prioritizes milling/laser depaneling with minimal mechanical/thermal stress control to eliminate micro-cracks in PCBs and damage to BGA/CSP solder joints.
Ultra-high precision and consistency: Positioning accuracy ≤±0.01mm with high repeatability, suitable for irregular, high-density, and thick copper boards.
Rapid Changeover & Flexible Production: Supports quick program recall and vision-based auto-positioning with minimal line changeover time, enabling multi-variety small-batch production.
Anti-Static / Dust-Free / Anti-Interference Design: Meets military production line ESD protection and cleanroom requirements. Equipment generates no strong electromagnetic interference, ensuring no impact on surrounding precision inspection equipment.
Full Process Data Traceability: Stores and exports depaneling parameters, operation logs, and batch information. Integrates with MES systems to meet military quality system requirements.
High Stability and Redundancy Design: Key component redundancy and self-diagnostic fault detection ensure continuous operation without downtime, suitable for critical military batch production.
