Radial Component Lead Former ETE-0020: Precision Shaping for Through-Hole Components

The Radial Component Lead Former ETE-0020 is a precision-engineered machine. It works for shaping and trimming the pins of radial tape capacitors and other through-hole electronic components. Featuring a motor-driven, all-mechanical structure with adjustable speed. The ETE-0020 offers exceptional processing efficiency, capable of handling up to 7200 components per hour.

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Advantages of Radial Component Lead Former

• Efficient and Precise Processing
  The ETE-0020 excels in the precise shaping and trimming of electronic component pins, making it ideal for a wide range of through-hole components.
• User-Friendly Design
  Its intuitive design ensures easy operation and maintenance, allowing operators to focus on production without unnecessary complications.
• High Processing Efficiency
  With the capability to process up to 7200 components per hour, this equipment is suitable for mass production requirements.
• Customizable Parameters
  The ETE-0020 features adjustable parameters to accommodate the specific processing needs of various applications.

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Machine Parameters

Model: ETE-0020

Power Supply: 220VAC 50HZ

Dimensions: L450xW350xH450mm

(Weight): 45kg

(Processing Efficiency): 7200pcs/H

(Equipment Usage): Radial component trimming and forming for tape capacitors, inductors, LEDs, and transistors.

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Features of Radial Component Lead Former

• Motor-Driven Precision
  The machine employs a motor-driven, precision cam all-mechanical structure, ensuring reliable and accurate operation.
• Adjustable Speed
  Users can easily adjust the speed to suit different processing requirements, enhancing flexibility in production.
• Quick Mold Replacement
  The equipment allows for quick and hassle-free mold replacement, improving operational efficiency and adaptability to different tasks.

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Operation Instructions

I. Power On

1. Turn on the machine power switch and the light marking power. Set the governor knob to zero, then activate the feed switch.
2. Adjust the vibration plate governor knob to zero, then turn on the vibration plate toggle switch and set it to the appropriate speed.

II. Cutting the Pins

1. Place the components into the machine’s vibration disk. Activate the feed switch and vibration disk switch while adjusting the vibration and feed knobs for optimal component movement.
2. Connect the air source and adjust the air pressure according to the size and weight of the components.
3. Adjust the track distance of the capacitor molding machine to ensure smooth travel without excessive width (1-2mm wider than the component).
4. Set the height of the cutting pressure strip to be slightly higher than the component material (1-1.5mm).
5. Adjust the knife box knob against the ruler pointer to set the required pin length. Activate the cutting switch and perform a test cut. Once the pin length meets requirements, proceed to mass production.

III. Shutdown

1. Once all components have passed through the track, turn off all switches and remove waste pins from the waste hopper.
2. Clean the machine track and lubricate the knife box oil hole.

Additional Information

• Applications: Suitable for single-sided tape radial component forming and pin cutting (both roll and box packaging).
• Durable Materials: Cutting molds are made from imported Japanese steel, ensuring wear resistance and long service life.
• Adjustable Speed & Automatic Feeding: The machine features adjustable speed settings and automatic feeding capabilities.
• Mold Customization: The equipment comes with a set of molds, which can be customized based on customer requirements. Additional molds can be purchased for varied applications.

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Conclusion

The Radial Component Lead Former ETE-0020 is an essential asset for manufacturers looking to enhance their production capabilities for through-hole electronic components. With its high efficiency, user-friendly design, and customizable options, it is tailored to meet the demands of modern manufacturing.

For more information on the ETE-0020 and how it can optimize your production line, contact us today or request a quote!