Automatic metal pipe cutting steel ERW pipe welding machine

Introduction
In the process of metal sawing, the heat generated by the saw blade sawing the workpiece is transferred to the sawdust through the sawtooth, and the sawed workpiece and the saw blade are kept cool, hence the name cold cutting saw. Cold sawing is different from friction sawing, in which the workpiece rubs against the friction saw, causing the friction saw and workpiece to become very hot during the sawing process. The advantages of cold sawing: the workpiece has high precision, no burrs, and reduces the processing strength of the next process; the workpiece will not change the material due to the high temperature caused by friction; the operator has low fatigue, and provides sawing efficiency; there is no spark or dust during the sawing process. Less, low noise; energy saving and environmental protection.

Features

1) Precision assembly gear rotation: designed for variable torque sawing conditions, with small gear clearance, large torque, and high speed, it is suitable for high-strength sawing and sawing with internal welding ribs. Saw blade application parameter requirements.

1) Synchronous belt + servo drive: The power drive of the trolley adopts advanced synchronous belt + servo motor, which reduces the weight of the trolley, has fast tracking and following response, and meets the requirements of high-speed pipelines of 150 m/ min.

2) Adopt high-end industrial control configuration: The cold-cut flying saw adopts Siemens, Schneider and other high-end brand motion controllers, servo motors, and low-voltage components; to achieve global supply, no worries.

Our service
1. Professional pre-sales consultation and after-sales service to help you find the best solution
2. Discuss technical details with our professional engineers
3. Strictly control the quality and production plan of the cold flying saw. You will be kept informed of any progress
4. Check the cold flying saw before shipment
5. After the warranty period, spare parts are provided at cost
6. Professional engineers help you increase production, reduce waste and reduce costs
7. Control the production progress and quality of the machine, and provide you with detailed information in time