Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of metal tube cutting machine in China. Please feel free to buy CE approved machinery made in China here from our factory. All customized machines are with high quality and competitive price.
What Is a Metal Tube Cutting Machine?
Metal tube cutting equipment relies on laser, plasma or mechanical cutting tools to process metal pipes, tubular materials and various structural profiles. Different from planar sheet cutting processes, tube cutting needs to rotate or position the workpiece synchronously as the cutting head travels longitudinally along the material to complete angled cutting work.
The above is the standard technical definition. In actual factory processing, integrated tube cutting equipment can finish the whole processing flow automatically, covering the manual steps of measurement, scribing, sawing, drilling and burr removal. The equipment only needs one worker to complete parameter setting and start the processing program. This integrated processing mode applies to the machining of round tubes, square tubes, rectangular tubes as well as sectional materials such as angle steel and channel steel, which can optimize the overall processing workflow of processing plants.
In practical application, this equipment can shorten the overall processing cycle for manufacturers using traditional processing techniques. The maximum supported processing length of the tube is 12 meters, and it is compatible with pipe workpieces of different calibers, which can meet the processing demands of small-batch customized orders and mass continuous production.
How Material Choice Affects Cutting Performance
The adaptability effect of the cutting process varies significantly depending on the metal material. The key lies in the matching between the equipment process and the base material.
Carbon steel processing is the easiest to handle. With the assistance of oxygen for auxiliary cutting, the cutting speed can be accelerated by the exothermic reaction. The focus of processing is not on the power size, but on controlling the heat affected zone: If the power is too high, the cut edge will oxidize and change color; if the power is insufficient, it is difficult to cut through thick-walled pipe materials. For thin-walled parts, it is recommended to gradually adjust the power from a low level to a stable parameter.
Stainless steel has a high reflectivity, requiring higher power density for cutting. Using nitrogen can achieve an oxidation-free cut surface, suitable for workpieces with strict anti-corrosion requirements such as maritime and food equipment. Field practical operation has proved that moderately increasing the air pressure for slag removal will result in better surface finish.
Aluminum has strong heat conduction and reflection properties, and heat is easily diffused. Without beam optimization and real-time power adjustment, the cut surface quality will be unstable, and the reflected light may damage the lens.
Copper and brass have the highest reflectivity coefficient, and they are prone to back reflection light damage the cutting head. Processing must be equipped with a dedicated cutting head with back reflection monitoring and protection.
Based on first-hand practical experience, we will not provide a universal set of solutions. We will match the laser power, gas supply configuration and cutting parameters specifically according to your processing material, wall thickness specification and production capacity requirements.
Where This Equipment Actually Gets Used
Furniture production: We make metal chair frames, table legs, and shelves. Our process involves steadily cutting 6-meter square and round tubes, which cuts down on manual work and mistakes during assembly.
Automotive components: This is great for exhaust pipes and chassis parts. Precise cutting minimizes waste and rework, leading to better material use.
Fitness gear: It can cut holes and notches into gym equipment frames all at once, skipping the need for extra drilling.
Steel for buildings: We offer stable ±45° bevel cuts for handrails and supports, creating precise joints that are easy to weld.
Cutting effect demonstration
Frequently Asked Questions
Why does the tube deform during cutting?
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Thin-walled tubes are prone to heat distortion or clamping pressure damage. Use a low-pressure clamping device with adjustable force. Apply high-speed cutting with lower heat input to reduce thermal stress. Consider using nitrogen or compressed air as assist gas to cool the cutting area and minimize warping.
How long does the fiber laser source last?
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Fiber laser sources are rated for 100,000 hours of operation-that's over 11 years of continuous use. There are no moving parts in the optical path and no mirrors to align, so the laser source itself is extremely reliable. The components that do wear out are the consumables (lenses, nozzles, ceramic rings) and mechanical parts that require regular lubrication (rails, ball screws).
What skill level does the operator need?
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We provide offline programming software-you draw the part on a computer and generate the cutting program. The operator handles loading and unloading, program selection, and daily maintenance (cleaning nozzles, replacing protective lenses). Basic training takes 3-5 working days, and most operators become independent after that.
How long is the warranty period?
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One year.
Company Profile - Unique
In 2014, our company was officially established. The factory is located in Gaocheng District, Shijiazhuang, situated in the heart of the steel and manufacturing industry corridor in Hebei Province. We have formed a team of mechanical engineers, who have been responsible for maintaining and modifying imported pipe cutting machines for many years. They are well aware of which components may malfunction and the reasons behind it.
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