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EPC-600 Servo Web Guide Controller for Edge Position Control System

EPC-600 Servo Web Guide Controller for Edge Position Control System

Regular price $129.00
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High-Precision EPC-600 Servo Web Guide Controller

The EPC-600 servo web guide controller is designed for high-precision edge position control in industrial web handling systems. It provides stable and accurate automatic web alignment for slitting machines, coating machines, laminating equipment, printing machinery, lithium battery production lines, and other roll-to-roll processing systems.

Using advanced servo control technology, the EPC-600 controller ensures fast correction response, stable tracking performance, and reduced material deviation during high-speed operation.

It is ideal for modern industrial automation systems requiring precise web guiding and continuous correction control.


Key Features

  • High-precision servo correction control
  • Fast response and stable web tracking
  • Automatic edge position correction
  • Compatible with servo motors
  • Suitable for high-speed production lines
  • Stable operation with low deviation
  • Easy parameter adjustment
  • Industrial anti-interference design
  • Compact and reliable controller structure
  • Compatible with various EPC sensors

Applications

Widely used in:

  • Slitting machines
  • Rewinding machines
  • Coating lines
  • Printing machinery
  • Laminating equipment
  • Lithium battery production lines
  • Packaging machinery
  • Flexible material processing systems
  • Film and foil converting equipment

Advantages of Servo Web Guide Controllers

Compared with traditional correction systems, servo EPC controllers provide:

  • Higher positioning accuracy
  • Faster correction speed
  • More stable web alignment
  • Reduced material waste
  • Improved winding quality
  • Better performance for high-speed machines
  • More precise edge tracking

Servo web guide systems are widely used in modern automated web handling applications requiring high correction precision.


Compatible System Components

The EPC-600 controller can work together with:

  • Ultrasonic web guide sensors
  • HCCD sensors
  • Photoelectric sensors
  • Servo motors
  • Linear actuators
  • EPC guiding frames

XW Machinery also provides complete web handling and tension control solutions.


Technical Support & Customization

XW Machinery provides:

Customized solutions are available according to machine specifications and material requirements.

Advantages of Servo Correction Controllers

  • High Correction Precision: Adopt high-precision servo motor drive, with positioning accuracy up to 0.01mm, which can effectively avoid deviation errors caused by mechanical transmission gaps, and is suitable for high-precision production scenarios such as thin films, non-woven fabrics and high-end printing.
  • Fast Response Speed: The servo system has excellent dynamic performance, can quickly respond to deviation signals (response time within 10ms), and timely correct the deviation of the material, avoiding the accumulation of errors and ensuring the stability of the production line.
  • Strong Load Capacity: It can drive large-load execution mechanisms (such as heavy-duty guide rollers and large-width material racks), and has stable operation under high-speed and heavy-load working conditions, not easy to lose step or damage.
  • Smooth Operation: The servo motor runs smoothly with small vibration and low noise, which can reduce the damage to the material surface (especially fragile and thin materials) and improve the qualified rate of products.
  • Intelligent Adjustment: It is usually equipped with a high-performance control system, which can automatically adjust the correction parameters according to the material type, speed and deviation range, and has strong adaptability to different production conditions.

Advantages of Photoelectric Correction Controllers

  • Simple Structure & Easy Installation: The overall structure is compact, the number of mechanical components is small, the installation and debugging are convenient, the requirements for the installation environment are low, and it can be quickly integrated into the existing production line.
  • Low Cost & High Cost-Effectiveness: Compared with servo correction controllers, the production and maintenance costs are lower, which is suitable for small and medium-sized enterprises or production lines with low precision requirements, and can meet the basic deviation correction needs at a lower cost.
  • Stable Detection Performance: The photoelectric sensor has strong anti-interference ability (can resist dust, light and certain vibration interference), can stably detect the edge or mark of the material, and ensure the accuracy of deviation signal collection.
  • Energy Saving & Environmental Protection: The power consumption is low, no complex hydraulic or pneumatic auxiliary systems are needed, the energy consumption of the production line is reduced, and the maintenance workload is small (only regular cleaning of the sensor is required).
  • Wide Application Range: It is suitable for various materials (such as paper, plastic film, fabric, metal foil, etc.), and can be applied to low-speed to medium-speed production lines, with strong versatility.

Differences Between Servo Correction Controllers and Photoelectric Correction Controllers

Comparison Items
Servo Correction Controllers
Photoelectric Correction Controllers
Core Driving Component
High-precision servo motor
Photoelectric sensor + ordinary motor/stepping motor
Correction Precision
High (up to 0.01mm), suitable for high-precision scenarios
Medium (0.1-0.5mm), meeting basic correction needs
Response Speed
Fast (response time < 10ms), quick error correction
Medium (response time 20-50ms), suitable for medium and low speed lines
Load Capacity
Strong, able to drive heavy-load mechanisms
General, suitable for light and medium load scenarios
Cost
High (equipment + maintenance cost)
Low, high cost-effectiveness
Installation & Maintenance
Complex, requiring professional debugging and regular maintenance of servo system
Simple, easy to install and debug, low maintenance workload
Applicable Scenarios
High-speed, high-precision production lines (thin film, high-end printing, non-woven fabrics, etc.)
Medium and low speed, general precision production lines (paper, fabric, ordinary plastic products, etc.)
Operation Stability
High, smooth operation, low vibration and noise
Good, stable detection, but slight vibration may occur at high speed

What is the EPC-600 servo controller used for?

The EPC-600 controller is used for automatic edge position correction and web alignment in industrial web handling systems.

Is the controller suitable for high-speed production lines?

Yes. The servo correction system provides fast response and stable correction for high-speed machines.

What sensors are compatible with the EPC-600 controller?

It supports ultrasonic sensors, HCCD sensors, and photoelectric web guide sensors.

Can the controller work with servo motors?

Yes. The EPC-600 is designed for servo motor-driven correction systems.

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