The High Precision Fiber Laser Tube Cutting Machine is a practical laser cutting device for the precision tube processing market launched by Kempson. This equipment features ease of operation, high precision, and low investment, focusing on solving common problems for processing companies in the cutting of thin-walled steel tubes and multi-specification profiles, such as unstable precision, complex operation, and cost control.
We showcase the Fiber Laser Tube Cutting Machines from various angles, presenting both the complete equipment and its internal components to understand their product design.
High precision CNC Laser Tube Cutting Machine uses a fiber laser as the cutting energy source, converting electrical energy into a stable, high-energy-density laser beam. The laser is stably delivered to the cutting head via the beam delivery system. After focusing through the focusing lens, it forms a tiny high-temperature spot (diameter 0.1-0.3 mm), precisely acting on the surface of the clamped and fixed tube.
Upon laser exposure, localized metal rapidly melts or vaporizes. Simultaneously, auxiliary gas is injected into the cutting zone to promptly blow away molten metal slag. Depending on material properties and process requirements, operators can select oxygen-assisted cutting for enhanced efficiency or inert gas cutting for oxidation prevention, maintaining a clean-cut finish.
The CNC system precisely controls the cutting head’s trajectory alongside tube rotation, feed, and positioning based on preset programs. Combined with proprietary systems and manual front chuck/pneumatic rear chuck designs, it effectively prevents thin-walled tube deformation, enabling high-precision, high-efficiency automated cutting of various profiles including round tubes, square tubes, H-beams, angle iron, and channel steel.
Refer to the dimensional diagram below for detailed structural and layout specifications.
| Parameter | Specification |
|---|---|
| Laser Power | 1200 W |
| Round Tube Processing Range | Ø10–120 mm |
| Square Tube Processing Range | 10–100 mm |
| X / Y Axis Positioning Accuracy | ±0.1 mm |
| Processing Length Range | ≤ 6200 mm |
The low-power precision Fiber Laser Tube Cutting Machine delivers stable output power, achieving narrow kerfs and sharp contours with smooth edges and minimal burrs. It meets the precision processing demands for thin-walled steel tubes and small-to-medium-sized profiles. When cutting round tubes, square tubes, and common profiles, it produces smooth cuts with consistent edge quality, reducing the need for subsequent grinding and secondary processing steps.
The following images showcase actual cutting results across various forms and multiple equipment configurations.
The high precision CNC Fiber Laser Tube Cutting Machine offers advantages such as high cutting accuracy, low energy consumption costs, and minimal operational barriers. It is ideal for precision processing of various small-to-medium-sized round tubes, square tubes, and thin-walled profiles. Its applications span furniture hardware tube fabrication, door/window guardrail profile cutting, fitness equipment tubing manufacturing, shelving/support bracket production, kitchen/bathroom hardware tube forming, and agricultural greenhouse frame processing.
Kempson Laser is a Chinese enterprise specializing in the R&D, production, sales, and service of Fiber Laser Tube Cutting Machines. Committed to technological innovation, it has secured over 30 patented technologies and obtained international certifications including ISO9001, CE, and FDA.
The company maintains a comprehensive global service network, offering a 3-year warranty on lasers and after-sales service centers in 22 countries to provide customers with complete support. Kempson upholds the corporate philosophy of integrity, innovation, and customer service, delivering efficient and reliable laser cutting solutions worldwide. Contact us today for customized cutting solutions.
The low-power precision Fiber Laser Tube Cutting Machine is a laser cutting device specifically designed for processing small to medium-sized metal tubes. Typically operating at 1500W, it emphasizes cutting precision, stability, and energy consumption control. It is suitable for precision processing of thin-walled round tubes, square tubes, and common profiles.
This Fiber Laser Tube Cutting Machine primarily processes various metal tubes, including carbon steel, stainless steel, and certain alloy steel tubes. It is suitable for small to medium-sized profiles such as round tubes, square tubes, angle iron, and channel steel.
With properly configured process parameters, the 1200W tube laser cutting machine can stably cut metal tubes within a thickness range of approximately 1–12mm, delivering excellent cutting quality for thin-walled tube processing.
Yes. Low-power precision tube cutting machines are structurally and systemically optimized for thin-walled tube processing. Combined with manual front chucks and pneumatic rear clamping mechanisms, they effectively minimize thin-tube deformation, making them the optimal choice for thin-walled steel tube cutting.
Routine maintenance primarily involves optical component inspections, cooling system upkeep, and basic cleaning tasks. With its lower power output, the overall maintenance costs and failure rates of low-power tube laser cutting machines remain manageable.
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