The usage method of different performance pipe cutters

The use of a rapid cutting tube for partitions

1. Insert the cutting head into the square hole of the pipe cutter rod (pay attention to the cutting direction), adjust the extension length of the cutting head (the pipe of the cut specification can be smoothly inserted), tighten the stop screw, and fix the cutting head. Adjust the size A of the blade and support sleeve to ≥ 10 of the tube plate thickness, and lock the support sleeve.
2. Insert the hexagonal drive shaft at the tail of the pipe cutter into the chuck of the electric drill and clamp it.
3. Connect the power supply of the drill, hold the drill handle with one hand and control the drill switch with the index finger, and hold the outer cover of the pipe cutter with the other hand. After the test run is normal, then insert the flat end drill and pipe cutter horizontally. Insert the positioning spindle of the pipe cutter horizontally into the pipe head to be cut, support the outer cover tightly on the pipe plate, pull the drill switch, and hold the drill hand horizontally and evenly push forward until the pipe is cut. Stop the machine and exit to prepare to cut the next pipe head.
   Structural characteristics of heavy-duty hydraulic pipe cutters
4. The design is lightweight, easy to carry, and has unique advantages for on-site cutting of large diameter pipelines
5. The neck mounted adjustable bearing and reinforced bottom bearing seat ring are combined together to maximize reliability and operational functionality, and the fixing system can easily grip the pipeline to be processed
6. Tighten the components with simple requirements, only one size wrench is needed for adjustment
7. High security. Cutting and beveling are completed by rotating the cutting tool when the pipeline is stationary
8. The incision is not deformed, there are no burrs, and it is always kept clean. It is extremely suitable for occasions that require high-quality welding
9. Power configuration, multiple choices, equipped with motors of different voltages or driven by engines in different regions and environments, can be used for on-site operations without power configuration in the field
10. Connect with the hydraulic station using a quick connector, plug and play, convenient and fast
11. Comprehensive cutting of pipe materials: plastic pipes, copper, brass, iron, ordinary steel, aluminum, high-quality steel, high-quality stainless steel, titanium, etc
    Performance characteristics of fully automatic heat shrink tube cutter
12. Length and speed can be continuously adjusted arbitrarily
13. Can automatically accumulate in batches and total cumulative count
14. Adjustable cutting speed, fully Chinese LCD display, controlled by microcomputer program with an accuracy of 0.1mm
15. Automatic shutdown due to material shortage, with no one on duty
16. Batch pause and delay time can be set
17. Fully automatic cutting of various tubular and strip materials;
18. Precise control of pipe cutting length by high-speed stepper motor; Adjustable tape length and speed;
19. Cutting time protection; Total number setting; Divide the setting; The pause time can be adjusted;
20. Equipped with various manual operations for easy debugging;
    Fully automatic heat shrink tube cutters are generally widely used for high-speed cold half cutting of strip materials. Its significant features include high precision, low loss, ergonomic design, simple operation, and high automation.
    External pipe cutter is a new type of practical tool that uses cutting tools to quickly cut metal pipes from the inner wall outward. It is a matching tool for electric tube expanding machine. After cutting, the tube mouth can be directly expanded and flanged from the inside out without the need for manual deburring. The external pipe cutter is an ideal tool for cutting off excess pipe heads before expansion.
    The external pipe cutter adopts front and rear dual positioning (positioning copper sleeve, positioning core shaft), and the front end adopts copper sleeve positioning, greatly enhancing the stability during pipe cutting, while avoiding the positioning core shaft of the pipe cutter from scratching the pipe mouth, improving the quality of pipe cutting operation.
    Instructions for using the external pipe cutter
21. Insert the cutting head into the square hole of the pipe cutter shaft (pay attention to the cutting direction), adjust the position so that the cutting head does not touch the inner wall of the support sleeve when the shaft is lifted, tighten the stop screw, fix the cutting head, adjust the position of the support sleeve according to the length left by the pipe head, and tighten the nut.
22. Insert the hexagonal drive shaft at the tail of the pipe cutter into the chuck of the electric drill and clamp it.
23. Connect the power supply of the drill, hold the drill handle with one hand and control the drill switch with the index finger, and hold the outer cover of the pipe cutter with the other hand. After the test run is normal, then insert the flat end drill and pipe cutter horizontally. Insert the positioning spindle of the pipe cutter horizontally into the pipe head to be cut, support the outer cover tightly on the pipe plate, pull the drill switch, and push the hand holding the drill horizontally and evenly forward until the pipe is cut and the machine stops and exits the cut pipe head.
24. If the pipe is too long, a pipe cutter can be used to cut it in sections or a specially designed extended pipe cutter (not exceeding 100mm in length) can be used according to customer requirements.