High Precision Dual Worktable Automatic Soldering Machine For PCB Assembly

This Dual Platform Dual Soldering Iron Automatic Soldering Machine is a high-precision desktop soldering robot designed for efficient and stable PCB soldering in electronics manufacturing.

Equipped with two independent soldering iron heads and dual working platforms, the machine significantly improves production efficiency while ensuring consistent soldering quality.

Widely used in SMT, DIP, PCB assembly, consumer electronics, automotive electronics, power supply, LED, and industrial control industries, this automatic soldering system is an ideal solution for manufacturers seeking labor cost reduction, process consistency, and high repeatability.

• Dual worktable design allows one platform to load/unload PCBs while the other is soldering
• Continuous operation greatly improves throughput
• Ideal for mass production and batch PCB soldering

• Two independent soldering tips work simultaneously or individually
• Supports multi-point soldering and complex PCB layouts
• Ensures uniform solder joints and strong solder consistency

• Driven by high-accuracy stepper motors on X/Y/Z axes
• Smooth movement, accurate positioning, and excellent repeatability
• Ideal for fine-pitch components and precision PCB soldering

• Independent temperature control for each soldering iron
• Automatic tin feeding and broken tin detection
• Reduces cold solder joints, false soldering, and material waste

• Space-saving desktop automatic soldering machine
• Easy to install and operate
• Perfect for factories, labs, and small production lines

• PCB soldering & assembly
• SMT & DIP production lines
• Consumer electronics
• Automotive electronics
• Power supply & LED modules
• Industrial control boards

• Stable soldering quality
• Reduced labor dependence
• Improved production efficiency
• High repeatability & low defect rate
• CE & ISO compliant design

This Dual Platform Dual Soldering Iron Automatic Soldering Robot is the perfect upgrade for manufacturers looking to move toward automation, consistency, and smart manufacturing.