Performance characteristics of GTW8-20 CNC Stirrup Bending Machine

1. Intelligent, efficient, and energy-saving integrated design, integrating straightening, bending, and cutting functions.
2. High efficiency with minimal dimensional error：Taking the 240×240 mm stirrup as an example, the machine can process 1,800 pieces per hour，9 tons per shift, with minimal tolerances: ±1mm rebar length tolerance and ±1° bending accuracy.
3. High power: The maximum rebar diameter for single stirrup machining is 20 mm, while the maximum rebar diameter for machining two stirrups simultaneously is 14 mm.
4. Powerful intelligent functions, automatic protection, constant voltage and current monitoring, and remote control and positioning capabilities.
5. All electrical components are from renowned domestic brands.
6. Hundreds of circular shapes can be pre-entered and instantly recalled during processing, saving time and labor. The shapes can also be freely edited according to the drawing requirements.
7. Key components are made of special steel, ensuring a long service life and low operating costs, ensuring a processing capacity of over 1,000 tons of steel.
8. High quality and low price, offering a high cost-performance ratio.
9. The entire machine is servo-driven and PLC-controlled, overcoming the drawbacks of traditional machines such as low efficiency and large errors.
10. We have independent intellectual property rights and have obtained 12 national patents.
11. The LCD screen allows for full control and monitoring from the moment the machine is installed. Networked data collection allows real-time monitoring of each machine’s daily output and operating hours, as well as keeping track of inventory levels and the amount of steel processed.

Operation Procedure

1. Connect the console to the power supply.
2. Connect the main unit to the power supply.
3. Turn on the power switch and test the main unit cables to ensure they are in the correct order.
4. Click the screen to tighten the large wheel. The small wheel will automatically release. Then, insert the rebar. Click the large wheel to release. The small wheel will automatically tighten.
5. Click the small wheel feed button on the screen to feed the rebar under the large wheel. The large wheel will tighten. Click the large wheel feed button again to adjust the rebar cutter position.
6. Turn the knob to return to the default setting and click Start.
7. To test whether a single rebar is functioning properly, select the built-in arbitrary pattern modulation option for automatic modulation. Click Start to see if the machine is producing stirrups properly.
8. After the individual stirrups are properly straightened, rotate the modulation and continue to operate for normal production.
9. Enter the desired rebar pattern, length, and quantity on the screen and click Start to begin normal operation.