The GW-40 rebar bending machine is an innovative and powerful tool specially designed for critical tasks in construction and industry. With its reliability, speed and ease of use, this machine is becoming an integral part of construction sites and production facilities around the world.
GW-40 has a power of 3 kW, which allows you to easily and quickly bend reinforcing products with a diameter of 4 to 40 mm. The speed of rotation of the working disk can be adjusted in the range from 7 to 10 rpm, which ensures the accuracy and efficiency of the bending process.
Comfortable control of the machine is provided by buttons that can be duplicated on the foot pedal. This allows the operator to easily control the rotation of the working disk and reverse.
Features of the GW-40 also include a built-in brake on the electric motor, which ensures safety and precision in work. The complete set of the machine includes a set of special bending pins - rollers and bushings. Rollers with a diameter of 22 mm to 40 mm and bushings with a diameter of 60 mm, 70 mm, 80 mm and 92 mm allow you to bend rebar of various sizes and shapes.
Designed to operate in a variety of climates, this machine is capable of operating at ambient temperatures from -20 to +35 degrees Celsius, making it an excellent choice for construction projects even under extreme conditions.
The working principle of the GW-40 is very simple and efficient. After pressing the pedal, the switch contacts close, activating the rotation of the working disk. This disk is capable of bending rebar at a set bending angle. After reaching the desired angle, the switch contacts open, stopping the working disk and turning it to its original position. This simple and automated process ensures fast, accurate and repeatable rebar bending.
The GW-40 machine is reliable and durable. It has a solid construction and high quality materials to ensure stable and trouble-free operation for a long period. Its electric motor with brake avoids dangerous situations, and the combination of bending pins provides flexibility and adaptability to different types of valves.
