Cuteral HSP 300 PLC Servo Driven Double Clamp Band Saw

Cuteral HSP 300 PLC Servo Driven Double Clamp Band Saw

The Cuteral HSP 300 PLC Servo Driven Double Clamp Band Saw is a high-performance machine designed for your industrial cutting needs. Thanks to its PLC control system and servo motor-driven feeding feature, it offers precise and fast cuts. The double clamp structure ensures firm material gripping, reducing vibration and improving cutting quality.

Advantages

• Optimized cutting performance with a high-precision PLC control system.
• Fast and repeatable cuts thanks to the servo motor-driven feeding system.
• Maximum material clamping and vibration-free operation with the double clamp structure.
• Automatic cutting cycle and programmable cutting length features.
• Long-lasting use with its durable and robust construction.

Application Areas

• Steel construction and metal processing workshops.
• Machine manufacturing industry.
• Automotive and spare parts production.
• Cutting profiles, pipes, and solid materials.
• Factories engaged in mass production.

Technical Specifications

• Model: Cuteral HSP 300 PLC
• Cutting Capacity (Round): 300 mm
• Cutting Capacity (Square): 280x280 mm
• Saw Motor Power: 3.0 kW
• Hydraulic Motor Power: 0.75 kW
• Saw Speed: 20-100 m/min (Variable)
• Saw Blade Size: 34 x 1.1 x 4100 mm
• Feeding System: Servo Motor Driven
• Control System: PLC
• Clamps: Double Clamp

Frequently Asked Questions

• Question 1: What types of materials can the Cuteral HSP 300 PLC cut?
  Answer: It can cut a wide range of profiles, pipes, and solid materials, including steel, stainless steel, aluminum, iron, and similar metals.
• Question 2: What are the advantages of the servo motor-driven feeding system?
  Answer: Servo motor feeding provides high precision, fast positioning, repeatability, and energy efficiency. This improves cutting quality and shortens production time.
• Question 3: What is the purpose of the double clamp structure?
  Answer: The double clamp structure ensures that the material being cut is held firmly from both sides, minimizing vibration, preventing material slippage during cutting, and thus achieving smoother and more precise cuts.