Axial lead cutter and former ETE-201F is suitable for taped components,including diodes and resistors.The axial lead cutting and forming machine ETE-201F is engineered to handle the precise shaping and cutting of electronic component pins, specifically designed for axial tape packaging. With a sleek and compact design, adjustable pitch and lead length dimensions, and motor-driven automation, this equipment offers exceptional efficiency and flexibility. The machine’s PLC control allows users to customize pin processing without the need for tooling change, ensuring seamless adaptation to specific production requirements. Crafted with high-quality materials and advanced technology, our automatic resistor and diode forming machine guarantees superior performance and reliability in electronic component processing.
Usage: Bending and cutting the pins of axial components such as taped resistors and diodes
Equipment Overview:
- Sleek appearance, compact structure, can be placed on any workbench
- Axial lead cutter and former is motor-driven, automatic feeding, adjustable speed
- Continuous operations for cutting, bending, and feeding
- Adjustable span and foot length dimensions
Equipment Configuration and Parameters:
Tooling/Mold Material: Japanese SKD11
Sheet Metal Process: High-temperature powder coating/surface anodizing/hard chrome
Power Supply: 220VAC
Motor Power: 60W
Dimensions: L520xW380xH300mm
Weight: 23KG
Processing Efficiency: 30,000 to 60,000 pcs/H
Working Principle of Axial lead cutter and former
Axial lead cutter and former through the coupling connected to the drive shaft, when the stepper motor switch is closed, the motor drives the drive shaft movement, and make through the key and locking screws fixed in the drive shaft drive mechanism gear teeth to do the rotary movement, tape resistance in the drive mechanism gear force driven forward to reach the shear position, the resistor at both ends of the redundant pins are cut off by the hob, which shear after the excess of the tape by the roll of residual tape mechanism to collect the shear.
After the shear resistance in the transmission mechanism driven by the force of the gear teeth continue to move forward to reach the molding position, resistance at both ends of the pins in the molding mechanism under the action of the two pins are bent, after the bending of the resistor triggered photoelectric sensors.