Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of fiber laser pipe cutter with auto feeding 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.

This is a system that takes metal tubes, feeds them automatically from a bundle, and cuts them with a fiber laser. Unlike saws that just chop straight, this machine spins the tube and cuts holes, notches, miters, and saddle profiles in one go. You give it a CAD design, load a bundle of tubes, and it runs production without someone standing there feeding each piece by hand. The automatic feeding system separates individual tubes from the bundle, positions them in the chuck, and unloads finished parts when the cycle ends.

Automatic Tube Loading:The feed table holds as much as 2 tons of tubes at once. Built-in sensors read each tube's form and diameter, sort it from the stack, and guide it into the machine. Once a tube is done, the next one is loaded without any operator input. This continuous operation is perfect for multi-shift shops, allowing the machine to keep cutting while staff focus on other tasks.

Minimal Scrap Cutting: Traditional tube cutters often leave a stub because the chuck cannot grip the tube close to the cutting line. Our machine's rear chuck reaches inside the tube, holding the material right at the cutting point. This drastically reduces the leftover end. Using less material per tube means getting more parts from the same amount of stock, leading to significant annual savings.

Effortless Chuck Adjustment:The chuck automatically adapts to tubes of any shape – round, square, or rectangular – without needing manual jaw changes. It intelligently adjusts clamping force according to the tube's dimensions, ensuring a secure hold during fast spinning without deforming thinner materials.

High-Speed Precision Cutting: Achieve precise positioning of the laser head within ±0.05mm, with repeated accuracy of ±0.03mm. The chuck can spin up to 130 revolutions per minute, and the cutting head accelerates at 1.2G. On thinner tubes, cutting speeds can reach 20 meters per minute. This blend of speed and accuracy delivers sharp edges and consistent component dimensions.

Integrated Nesting Tool: Import files directly from DXF or SolidWorks into the controller. The onboard nesting software optimizes the layout of cut designs along the tube's length to minimize material waste and avoid overlaps. You can even run a simulation to see the cutting path beforehand, catching any potential issues early on.

For over two decades, Master Lin has run a metal fabrication workshop in Foshan, Guangdong. His shop relied on around a dozen conventional band saws and just one punch press. His operation maintained steady work, with a constant stream of local orders for security doors, scaffolding and storage shelving from neighboring towns. Yet beneath the stable revenue lay a long-standing headache that haunted him year after year: he could never achieve perfectly tight-fitting tube joints.

Band saws could only deliver rough angled cuts, making seamless tube assembly impossible. Every joint needed tedious manual grinding by welders using angle grinders. Each scaffolding joint alone took three minutes to finish. For a single factory construction project demanding dozens of such connections, the wasted labor quickly piled up. Friction simmered daily on the workshop floor: welders blamed the cutting team for inaccurate cuts, while the prep crew argued the welders were being unreasonably strict. Conflicts between the two teams became an endless, draining routine.

Two years ago, Master Lin bid on a contract to manufacture retractable grandstands. The client laid down a strict non-negotiable rule: all welded tube joints must remain untouched post-welding. No grinding allowed - finished assemblies needed to go straight to painting. Lin tried producing prototypes with his band saws, yet the samples were flatly rejected. Uneven, wide joint gaps and unpredictable welding deformation made the parts unfit for delivery. The contract eventually went to a competitor in Guangzhou, a factory equipped with a laser tube cutting machine.

Stung by the lost deal, Master Lin paid a visit to our facility last summer. He brought along a section of 32 mm diameter, 1.8 mm thick hot-dipped galvanized tube and asked us to produce a 90° tee joint cut on the spot. Once the cutting finished, he pulled out his vernier caliper and carefully checked the tube ovality - merely 0.03 mm. When he slotted the tee connection into the cut workpiece, the clearance was less than 0.2 mm, with barely any movement.

He did not place an order on the spot. Over the next two weeks, he ran thorough cost calculations: band saw blade consumption, countless man-hours spent on grinding, costly rework, and all the profitable contracts he had lost to better-equipped rivals. When he reached out to me again, his words stuck firmly in my mind: "I'm not purchasing a machine. I'm buying a future for my business."

The laser tube cutter was installed last September. When we stopped by his workshop last month, two of his old band saws sat abandoned in the corner, gathering dust. Lin told us he barely touches those saws for round tube processing these days. Parts cut by the laser move straight to welding, then directly into painting. His welders no longer vent frustrations about ill-fitting joints. Every connection lines up flawlessly, only requiring one welding pass.

Since its founding in 2014 as a CNC cutting shop, Hebei Juliang Technology Co., Ltd. has grown significantly. By 2018, they had already moved factories twice and registered the '炬亮' brand. The year 2020 marked a milestone with multiple invention and utility model patent filings for laser systems, alongside their certification as a high-tech enterprise. International sales commenced in 2022, and their machines are now distributed across Southeast Asia, Russia, Africa, and Europe.

The company's operations are housed in a facility exceeding 20,000 square meters and supported by an R&D team of 12 engineers. They are CE certified and manage all aspects of design, production, and testing in-house. Before any unit ships, the quality control team conducts a comprehensive 24-point check, verifying critical parameters like power output, beam quality, thermal stability, and performing destructive tests to ensure quality.

Use Scenarios

Scenario	Why It Fits
Fitness equipment frame manufacturing	High-volume saddle cuts, consistent fit-up for welding
Automotive exhaust and chassis components	Complex profiles, bevels, holes in a single setup
Furniture and shelving production	High throughput on square/rectangular tube, minimal waste
Structural steel and handrail fabrication	Custom profiles, rapid job changeover
Kitchen equipment and commercial appliances	Bevel cuts for weld prep, clean edges no secondary deburring

FAQ
1. What's the difference between an automatic tube cutter and a manual one?

A manual system requires an operator to load each tube individually. An automatic system uses a bundle loader to feed tubes continuously. Labor drops from 2-3 operators to 1 machine minder.

2. Can it handle bent or deformed tubes?

The dual-chuck system with variable supports can handle minor tube deformation. Severely bent tubes may cause feeding issues. The centering sensors detect alignment problems and pause the process if needed.

3. How long does it take to set up a new cutting job?

Usually 10-20 minutes: load the CAD file, select the tube profile and material from the preset library, run the simulation. Once the first cut verifies, the machine runs the batch.

4. What maintenance does the automatic feeding system require?

Inspect feed rollers and sensors monthly for debris buildup. Chuck jaws are hardened steel and last 18-24 months under normal use. Replacement jaws are available as wear parts.

5. How does the machine handle long tubes without sagging?

A variable-diameter support system with roller stands follows the tube as it feeds, preventing sagging and vibration during high-speed rotation.

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