Servo feeder is a high-precision automated industrial equipment, which combines numerical control (NC, numerical control) technology and servo motor control system for precise control of the material conveying process.
1. Servo feeder features:
1. Wide range of application. It can be used with punch presses, laser cutting machines, and cold-roll forming machines, and is suitable for material width 0-2000mm and material thickness 0-9Automatic feeding operation of 0mm various metal coils.
2. Easy operation and debugging, high degree of automation. The touch screen is used to operate, and the main parameters such as feeding length, frequency, and number of sections can be simply input and set.
3. Multi-stage feeding function:20 sets of different feeding lengths can be input to meet the needs of multi-stage stamping production.
Second, the working principle of the servo feeder:
The electronic control system is composed of servo motor, servo drive, PLC and touch screen, and the continuous automatic conveying action is completed by driving the drum clamping material through the servo motor, and the parameters such as feeding length, speed and number of conveying are set through the touch screen.
3. Servo feeder application:
It can be used with processing equipment such as punch presses, laser cutting machines, cold roll forming machines, etc., and is used in metal processing and manufacturing, automobile manufacturing, precision engineering and electronics industries, and servo feeders are used to convey and process various metal materials to realize the automatic and continuous production of coils.
Fourth, the servo feeder purchase:
1. Material type and size:Consider the type and size (width, thickness) of the material that will be conveyed. Make sure that the selected model is able to adapt to the characteristics of these materials.
2. Processing needs:Determine the required accuracy and speed based on machining needs. For example, high-speed press lines require high-speed servo motors.
3. Matching equipment:Ensure that the automatic bar feeder you choose is compatible with existing processing equipment (e.g. punch presses, laser cutting machines, cold roll forming machines) or consider possible future expansion needs.
4. Ease of operation and maintenance:Choose models with user-friendly interfaces and simple maintenance to reduce operator training and maintenance costs.
5. Stability and durability of the machine:Consider the build and build quality of the machine. Choose a durable and low-maintenance model.
6. Budget and cost-effectiveness:Consider a one-time budget and estimate the cost-effectiveness of the chosen model, including initial purchase costs, operating costs, and maintenance costs.
7. Customization options:If the standard model does not meet the requirements, there are some optional devices such as lagging rollers, frames, and discharge stoppers.