Universal 6241F Axial Component Inserter with 20 Feeder Stations (Including Jumper Station) Ready for Production
1. Core Product Description
This is a Universal 6241F Axial Lead Component Insertion Machine, a high-performance through-hole insertion system designed for mass production of PCBA. It is fully equipped with an automatic conveyor rail, 20 feeder stations (including a dedicated jumper station), and has been well-maintained, ready for immediate production deployment.
The machine is widely used to insert axial leaded components (resistors, capacitors, diodes, inductors, jumpers, etc.) into printed circuit boards with high speed and precision, ensuring consistent insertion quality for through-hole assembly lines.
2. Key Technical Specifications
Parameter Details
Model Universal 6241F
Type Automatic Axial Component Insertion Machine
Max Insertion Speed Up to 25,000 components/hour (CPH)
Insertion Span 5mm (0.197″) to 24.13mm (0.950″)
Feeder Stations 20 stations (with jumper station included)
Conveyor System Automatic PCB conveyor rail
Control System VME-based with embedded PC & GUI software
Component Compatibility Axial leaded resistors, capacitors, diodes, inductors, jumpers
3. Features & Advantages
High Efficiency: High-speed insertion capability ensures fast cycle times for high-volume production.
Multi-Station Configuration: 20 feeder stations with a dedicated jumper station support multi-component mixed production, reducing changeover time.
Reliable & Durable: Well-maintained condition, ready for production with minimal setup required.
Precision Insertion: Accurate component placement with controlled lead forming and clinching, minimizing defects.
Flexible PCB Handling: Equipped with automatic conveyor rail for continuous, hands-free PCB loading/unloading.
4. Application Scenarios
High-volume through-hole PCBA assembly lines
Consumer electronics, industrial controls, and automotive electronics manufacturing
Production of axial leaded component-based products (power supplies, circuit boards, etc.)








