15 KW Servo Drive for Injection Molding Machine Price | Plastic Injection Molding Machine Servo Drive Price In BD

Product Description

15KW Servo Drive for Injection Molding Machine

The 15KW Servo Drive is a powerful and high-precision motor control solution designed for plastic injection molding machines. It ensures accurate control of motor speed, torque, and pressure, enabling smooth and stable machine operation while improving production efficiency.

This servo drive uses advanced closed-loop control technology that automatically adjusts motor speed according to the machine load. Compared with traditional hydraulic systems, it can significantly reduce power consumption and improve the overall performance of injection molding machines.

The 15KW servo drive system is widely used in medium to large plastic injection molding machines where high power, fast response, and stable operation are required. Its durable industrial design ensures reliable performance even in continuous factory operations.

Key Features

• 15KW High Power Output suitable for medium and large injection molding machines
• Energy Saving up to 30–60% compared with conventional motor systems
• High Precision Speed and Torque Control for stable injection performance
• Fast Response and Dynamic Control improving production cycle time
• Advanced Closed-Loop Servo Technology for accurate machine operation
• Low Noise and Reduced Heat Generation
• Multiple Safety Protections including overload and short circuit protection
• Compatible with Various Industrial Servo Motors

Technical Specifications

Applications

The 15KW Servo Drive is widely used in industrial automation and plastic processing industries such as:

• Plastic Injection Molding Machines

• Servo Hydraulic Systems

• Plastic Manufacturing Plants

• Industrial Automation Equipment

• Energy Saving Machine Upgrade Projects

Benefits of Injection Molding Machines

Installing a 15KW servo drive improves machine performance by providing accurate control of injection speed and pressure. It helps reduce energy consumption, maintain consistent product quality, and increase machine productivity in plastic manufacturing facilities.