Bending robot arm:
After using this way to debug the equipment, can achieve continuous non-stop fully automated production, long-term processing than the manual efficiency, a debugger can operate more than one bending machine processing.
Arm Body: The arm is the core part of the bending machine, responsible for moving the workpiece to the specified bending position. It is usually made of high-strength materials to withstand the forces and torques generated during the bending process.
Drive system: The drive system provides power to the robotic arm to enable it to move in a predetermined path and at a predetermined speed. This typically includes motors, reducers, transmissions (e.g., timing belts, gears, etc.), and the necessary control components.
Transmission Mechanism: The transmission mechanism is responsible for transmitting power from the drive system to the various joints of the arm to achieve multi-axis motion. This may include linear guides, rotary bearings, spherical bearings, etc.
Control system: The control system is the brain of the bending machine’s robotic arm, responsible for receiving operating instructions, processing data and controlling the movement of the arm. It usually includes CNC system, sensors, actuators and other components to achieve precise position control, speed control and force control.
Bending robot arm features:
Saving labour, no safety hazard, suitable for long time continuous operation, good consistency of workpiece precision, reasonable layout, and atmospheric appearance.
High Degree of Freedom: Robotic arms are usually composed of multiple basic components, such as rotary joints, translational joints and telescopic joints, etc. These multi-joint structures enable the arm to move and operate flexibly in three-dimensional space to perform complex tasks such as gripping, handling, tightening, etc. with high precision and flexibility. The arm has high precision and flexibility.
High degree of automation: the robotic arm can be programmed to achieve a high degree of automation of the workflow, effectively improving production efficiency and reducing the errors that are likely to occur in manual operation.
Versatility and Convenience: The robotic arm is not only easy to operate, but also multi-functional and capable of quickly switching between different workpieces, enabling the user to easily switch between movements in the manufacturing process of different types of products.
High safety: Thanks to its ultra-flexible design, the robotic arm can perform dangerous tasks in environments that pose a threat to human health, ensuring the safety of employees.
High precision: the robotic arm adopts high-precision measurement and control system to achieve accurate control and positioning, which improves the production efficiency and product quality, and can reduce the interference of human factors and improve the work safety.
Programmability: The control system of the robotic arm can be programmed according to different work requirements, which enables the robotic arm to adapt to different work environments and task requirements, and improves the flexibility and automation of work.
The bending machine follows the pallet trolley:
The pallet follower mechanism mainly consists of servo motor, pulley, screw, slide and flap. Among them, the servo motor is the power source, transmitting power through the belt wheel to drive the screw rotation.The screw has a long keyway and a pin is installed at the upper dead centre of the keyway. The rotary motion of the screw becomes up and down motion along the long keyway under the action of the pin, which drives the flap to complete the circular motion around the fixed point.In this way, the flap can always be close to the bending sheet metal, so that the sheet metal to complete a complete bending process. Multi-species, large and small batch production can be used in this way, large workpieces, thick plate bending advantage is obvious, reduce bending auxiliary, reduce labour intensity, flexibility, a moving car can be used with multiple bending machine, investment costs are relatively low.
Bending machine follow-on pallet truck Features:
The design of the pallet follower mechanism makes the bending process more automatic and intelligent, reduces the labour intensity of the operator and improves the production efficiency. At the same time, the mechanism is also highly adjustable and flexible, which can be adapted to the bending needs of sheet metal of different sizes and thicknesses. The application of the pallet follower mechanism can greatly improve the bending accuracy and efficiency, reduce the scrap rate and lower production costs.Save labour; improve the efficiency of machine tool processing; the follower and plate bending action is completely synchronised; suitable for matching with various brands and models of bending machine; independent control system, no need to modify the bending machine; can be moved at any time to match the use of bending machine.
High-precision: The follow-on bending car adopts advanced CNC technology with high-precision bending accuracy and processing capability, which can meet various high-precision bending needs.
High Efficiency: The Follow-on Bending Car uses a high-power motor and a fast-response drive system to enable fast bending and high productivity.
High adaptability: The follow bending car can adapt to a variety of different materials, thickness and specifications of the plate bending, but also to adapt to a variety of different bending methods and process requirements.
Intelligent: The follower bending car adopts advanced CNC system with intelligent control and operation functions, which can realise automatic production and remote monitoring.
