SanKun Technology’s Solder Mask Development UV Curing Machine

Designed for precision electronics manufacturing with a focus on high efficiency, intelligence, and stability

I. Core Technical Highlights

1. Intelligent Light Control System
   Equipped with stepless dimming technology, it dynamically adjusts UV intensity based on process requirements, ensuring optimal curing for applications ranging from fine circuit patterns to high-density components.
2. Precision Optical Design
   Features an imported composite optical system (reflectors + optical filters) that ensures uniform light spot distribution and precise wavelength control, eliminating edge effects and guaranteeing consistency in curing solder resist inks and photosensitive materials.
3. Full Automation
   Integrated with Mitsubishi PLC and an industrial-grade touchscreen interface, it enables preset process parameters, production data tracking, and real-time alarms, achieving intelligent coordination across the entire workflow (sensing → conveying → curing → exhaust).

II. Scenario-Specific Advantages

• Precision Electronics Manufacturing
  Utilizes a Teflon roller conveying system for non-damaging transport of ultra-thin substrates (e.g., <25mm thickness), ideal for PCBs and flexible circuits.
• Eco-Friendly Production
  A modular exhaust system with adjustable airflow minimizes VOC emissions, while energy-saving modes reduce standby power consumption, complying with environmental regulations and cleanroom standards.
• High Reliability
  Modular sheet metal structure design allows rapid maintenance and replacement of core components (e.g., UV lamp arrays, control systems), ensuring 24/7 continuous operation with minimal downtime.

III. Key Applications

• Electronic Packaging: Curing solder resist inks, UV adhesives for chip packaging.
• Optical Components: Polarizer film curing for displays, coating treatment for optical lenses.
• Precision Processing: Microelectronics assembly bonding, post-curing for 3D-printed parts.

By merging process adaptability with production controllability, this system stands as a critical solution for enhancing yield rates and manufacturing efficiency in advanced electronics.