Cold Cutting Flying Saw High Speed Metal Tube Cutting Deburring Machine Cold Cutting Metal Saw
Introduction
The optimized cutting method is adopted, the section after cutting has high precision, no burrs inside and outside, the cutting surface is smooth and clean, and no follow-up processing such as chamfering is required (reducing the processing intensity of the next process), which saves the process and raw materials; the workpiece will not Due to the high temperature generated by friction, the material is changed; the operator’s fatigue is low, and the sawing efficiency is improved; the sawing process has no sparks, no dust, and no noise; environmental protection and energy saving.
material | Q195 Q235 SPCC | |
Cutting range | Round tube:MAX53mm | thick:0.5~2.5mm |
Square tube:MAX40×40mm | thick:0.5~2.5mm | |
Operation height | 750mm | |
Cutting burr height | Max:0.25mm; | |
Power supply | AC380V,3PH,50HZ |
Features
1. The sawing method of cold milling is adopted, and the sawing process generates little heat, avoiding the change of internal stress and material structure at the incision section.
2. The quality of the cut end face of the workpiece processed by the high-speed steel cold cutting saw is good
3. The service life is long. The saw blade grinding machine can be used to grind the teeth for many times. The service life of the polished saw blade is the same as that of the new saw blade. Improve production efficiency and reduce costs.
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