| After-sales Service: | 24 Hour |
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| Warranty: | 2 Years |
| Application: | Home Appliance, Environmental Equipment, Petroleum Machinery Manufacturing, Agriculture Machinery, Textile Machinery, Food Machinery, Aerospace Industry, Automotive Industry, Advertising Industry |
| Cooling System: | Water Cooling |
| Technical Class: | Continuous Wave Laser |
| Applicable Material: | Metal |
| Samples: |
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| Customization: |
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The working principle of the laser pipe cutting machine is similar to that of the laser plate cutting machine, which uses a high-density beam for local thermal processing of the material to achieve the purpose of cutting and punching. A professional laser tube cutting machine, can replace mechanical drilling, milling, sawing, stamping or cleaning wool mouth and other processing processes, a equipment can complete metal pipe blanking, punching, miter cutting and other processes, is widely used in sheet metal processing, kitchen utensils, lamps, automobiles, hardware, fitness equipment and other industries.
Fiber laser cutting machines offer several advantages over other cutting technologies, including:
- High precision: The beam diameter of a fiber laser is typically smaller than that of a CO2 laser or plasma cutter, which allows for more precise cutting. Fiber lasers are capable of cutting at higher precision and accuracy. The high beam quality allows for greater control over the cutting process, ensuring clean and accurate cuts.
- Fast Cutting speed: Fiber lasers generate a high-powered beam that allows for rapid cutting and speed , making them ideal for high volume production runs,offer a higher cutting speed, reducing the processing time significantly. This helps in improving productivity and reducing lead time.
- Low maintenance: Fiber lasers have fewer moving parts and do not require regular maintenance or replacement of consumable parts like CO2 lasers or plasma cutters
- Cost Effective: The high efficiency of fiber lasers results in lower operating costs, making it a cost-effective solution for metal cutting. The energy consumption of fiber lasers is lower, reducing electricity costs significantly.
- Versatility: Fiber laser metal cutting machines can cut a broad range of materials including stainless steel, aluminum, copper, brass and more. The fiber laser can also cut thicker materials than traditional CO2 lasers.
- User-friendly: Fiber laser metal cutting machines come with user-friendly software that allows for easy programming and customization of cutting patterns. They also require less maintenance, reducing the overall downtime.
- Environmentally Friendly: Fiber lasers do not emit harmful gases or produce waste, making them an environmentally friendly option for metal cutting.
- Increased ROI: Investing in a fiber laser metal cutting machine enables businesses to increase their ROI by improving productivity, reducing operating costs, and delivering high quality products.
| NO. | Name | Model | Quantity | Remark |
| 1 | UN-220G6 | 1 SET | UNISTAR | |
| 2 | 1000W/2000W3000 W/6000W12000W | 1 SET | Raycus/Max/IPG | |
| 3 | Laser Head | BM110 | 1 SET | Raytool |
| 4 | Control system | 3000DE-M | 1 SET | Bochu |
| 5 | Machine tool accessories | Y-axis high-speed servo drive system | 1 SET | Taiwan Delta Bus/ Japan Yaskawa |
| 6 | W axis high speed servo drive system | 1 SET | Taiwan Delta Bus /Japan Yaskawa | |
| 7 | X axis high speed servo drive system | 1 SET | Taiwan Delta Bus /Japan Yaskawa | |
| 8 | Z-axis high-speed servo drive system | 1 SET | Taiwan Delta Bus /Japan Yaskawa | |
| 9 | Reducer | 3 SET | Japan Shimpo | |
| 10 | Electrical control element | 1 SET | Omron/Schneider | |
| 11 | Electric proportional valve | 1 SET | SMC | |
| 12 | Rail Guide | 1 SET | Taiwan Hiwin | |
| 13 | Rack | 1 SET | Taiwan YYC | |
| 14 | 220 Pneumatic chuck | 1 SET | BEUT | |
| 15 | 6 meter pipe cutting platform | 1 SET | UNISTAR | |
| 16 | Automatic loading rack | 1 SET | Option | |
| 17 | Water Chiller | Hanli water chiller | 1 SET | Wuhan /Hanli |
| 18 | Voltage Stabilizer | 40KVA | 1 SET | UNISTAR |
Automotive Industry
Laser pipe cutting machines are widely used in the automotive industry for cutting pipes of various shapes and sizes. The machines are used for cutting exhaust pipes, air conditioning pipes, brake lines, and more. The accuracy and speed of the laser pipe cutting machines have made it possible for the automotive industry to quickly and efficiently produce pipes for their products.
Aerospace Industry
In the aerospace industry, precision and accuracy are crucial factors. Laser pipe cutting machines are widely used for cutting pipes for aircraft engines, hydraulic systems, and fuel systems. The machines can cut extremely complex pipe designs with precision and speed, making them a valuable asset in the aerospace industry.
Manufacturing Industry
In the general manufacturing industry, laser pipe cutting machines are used for cutting pipes in a wide range of applications. The machines are used for cutting pipes for furniture, construction equipment, and more. The machines' speed and accuracy help manufacturers produce pipes quickly and efficiently, reducing production time and costs.
Oil and Gas Industry
The oil and gas industry is an industry based on the transportation of oil and gas products through pipelines. Laser pipe cutting machines are widely used for cutting pipes in this industry. The machines can cut pipes of various materials, including steel, aluminum, and stainless steel, with precision and speed.
Medical Industry
The medical industry is also utilizing laser pipe cutting machines for manufacturing surgical instruments and medical devices. The machines can cut pipes of small sizes with precision, making it possible to produce intricate designs on the pipes.
Q1: What kind of material can a laser tube cut?
A1: It can cut Stainless steel, carbon steel, galvanized sheet, gold, silver, copper and aluminum all kinds of metal pipe.
Q2: What are the wearing parts of the laser pipe cutting machine
A2: Nozzle, Ceramic ring, protect lens and optical element.
Q3: Did Your Factory Accept OEM Production?
A3: Yes, we can customize the machine and logo according to customers' requirements
Q4: What is Max Traveling speed of X,Y, Z axis?
A4: X axis and Z axis speed can up to 80m/min, Y axis back chuck moving speed is about 80m/min
Q5: Does Pipe Laser Cutting need gas assisted cutting?
A5: YES, Cutting carbon steel Pipe need O2, stainless steel tube choose N2 or Air
Option is air compressor, but it's better to choose gas. this cutting effective is better
Q6: What Are the Optional Accessories for Metal pipe cutter?
A6: It is mainly contain air compressor, pressurizer, also can choose up and down loading device (for Automatic feeding saves labor and time).
Q7: How length of Metal Tube can I Process?
A7: Generally, The Steel Pipe length we can can do is 6m/9m/12m, pipe diameter have 160mm,230mm,350mm,450mm,500mm, 850mm so on, We will equip suit rotary length according to customer request.
Q8: What kind of Training and After-Sales Service do you offer
A8: We Support Engineer online training and guide, and also when shipping we will send training video, user's manual instruction along with the machine. 90% customer can learn it well. we can send engineer oversea training if customer needed.
Q9: What Should You Pay Attention to When Cutting?
A9: Before starting the machining process, it's important to verify that the selection procedure is correct, the process parameters have been correctly named, the external auxiliary gas is available, and the position of the plate is accurate.
To prevent deformation of the sheet during machining, which could result in collisions, it's crucial to avoid any disturbances. When the machine is in operation, the operator should remain attentive and not leave the machine, ensuring their personal safety at all times.
Q10: Why recalibrate when changing different cutting materials and different types of nozzles? What should you do if the automatic calibration is not successful?
A10: The height is monitored using a capacitive sensor, which is influenced by the material, the surface area in contact, and the distance between the sensor and the material.
Different nozzles have varying contact areas, so changing nozzle types requires re-calibration.
If automatic calibration fails, perform manual calibration by executing the M70 command in manual data input (MDI) mode, or switch to manual calibration.
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