Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of fiber side‑mounted tube laser cutter 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.

Our machine cuts tubes and pipes with a side-mounted fiber laser head, unlike the typical overhead setup found in most factories. This horizontal approach means the tube sits lower to the ground, which significantly reduces vibration during rotation. A lower center of gravity helps minimize wobbling as the tube spins, resulting in smoother, more consistent cuts with less variation between pieces.

Furthermore, this side-mounted design optimizes material usage. The front chuck can extend further, allowing the cutting head to get closer to the tube's end. This minimizes the leftover stub on each bar, and over time, those saved inches translate directly into cost savings.

The frame is more than just a container for components; it's the bedrock of the entire structure. Ours is constructed from robust structural steel plate, chosen for its strength to prevent flexing under pressure. The welding procedure inevitably stresses the metal. If this stress isn't relieved, the frame will gradually shift over time, leading to a decline in cut quality, even if the movement isn't immediately apparent.

After welding, every frame is placed in an oven for stress relief. The temperature is gradually increased, held, and then slowly decreased. While this process takes time, it effectively eliminates internal stresses that could cause the frame to warp during machining. Following stress relief, we machine the mounting surfaces to be perfectly flat. Finally, a protective coating is applied. This coating serves a dual purpose: it prevents rust and also guards against pitting on the surfaces where linear guides and motors are mounted. Pitting could lead to component shifting, which in turn results in a loss of accuracy.

Bed Design

The bed sits lower than conventional designs. That's intentional. A tube that's closer to the ground is more stable during rotation.

Pneumatic Clamping

The chucks grab the tube automatically. They center it and hold it with consistent pressure. The machine handles round, square, and rectangular profiles without needing manual adjustment.

Servo Support

Long tubes sag in the middle. The servo-driven supports follow the tube as it rotates, adjusting their position to reduce deflection. This prevents vibration that would otherwise degrade the cut.

Short-Stub Cutting

The front chuck moves forward, allowing the cutting head to work right up to the tube end. Less scrap per cycle.

Hebei Juliang Technology Co., Ltd. (referred to as "Juliang Technology") was established in December 2018 and is located in Zhangjiazhuang Town, Gaizhou District, Shijiazhuang City, Hebei Province. It is a modern high-tech enterprise integrating research and development, production, sales and technical services. The company's registered capital is 20 million yuan. With its outstanding innovation capabilities and stable development momentum, it has successively received many honors such as "Technology-based Small and Medium-sized Enterprise" and "A-Class Taxpayer".
As a pioneer in the field of metal cutting and welding equipment, Juliang Technology takes technological innovation as the core driving force. Its main products include BL series large-format laser cutting machines, CNC cutting machines, laser welding machines and pipe plate integrated machines. The company not only has strong specialized equipment manufacturing capabilities but also possesses 16 patents and 4 registered trademarks, building a solid technical barrier. At the same time, the company actively responds to the demand for industrial upgrading and continuously explores disruptive innovative technologies, dedicated to providing customers with customized industry solutions.
Juliang Technology always adheres to the business philosophy of "Customer First, Integrity-Based, and Mutual Cooperation". In terms of services, the company has established a complete after-sales support system. It not only provides free exhibition hall sample-making services but also has an experienced engineering team to offer 24-hour free remote video technical support and on-site installation and commissioning training. With excellent product quality and efficient service experience, Juliang Technology has won wide acclaim from customers both at home and abroad. In the future, the company will continue to base itself in Shijiazhuang and look globally, through technology import and export and goods trade, to export high-quality Chinese-made strength to the world.

Who Needs This Machine?

A metal furniture company was cutting square tubing for office chair frames. They used a cold saw and a deburring station. Each cut took about four minutes with cleanup. The saw blade wore out every few weeks. After switching to a side-mounted laser tube cutter, cycle time dropped to 50 seconds per part. No deburring needed. No blade replacement. The furniture company increased output without adding staff.

An agricultural equipment manufacturer cuts hydraulic tube components. They used to mark each tube with a template, cut with a portable bandsaw, then grind the ends flat. The process was slow and the results varied. With the laser, they program the geometry directly. The machine cuts the profiles and the bevels in one pass. The variability went away.

A sign manufacturer uses round tubes for structural frames. The laser produces consistent ends that fit together without shimming.

The machine has limits. If you cut mostly solid bar, don't buy this. If your tube volume is low, the economics might not work. We'll tell you that upfront.

Compact frame design. The side-mounted orientation takes up less floor space. You don't need a long, wide workshop to run this machine.

Accurate positioning. The servos and linear guides hold position well. Parts come out consistent.

Low consumable cost. Fiber lasers don't use mirrors. The main replacement items are protective windows and chuck jaws. No expensive gas bottles for the laser itself.

Efficient power use. Fiber lasers convert more input power to cutting power than older CO₂ systems. Your electric bill will be lower.

Reliable servo system. The drives maintain position even during rapid acceleration.

Quick installation. The machine ships mostly assembled. On-site work takes days, not weeks.

Modest footprint. The side design doesn't require the clearance overhead machines need.

Option for continuous run. The autoloader keeps the machine fed, allowing longer production runs

Installation Steps

The machine arrives with major assemblies pre-fitted. You'll need to:

Level the machine on a flat concrete floor using shim packs.

Connect power to the control cabinet.

Configure the software for your typical tube profiles.

Check the optical alignment from the laser source to the cutting head. This step is critical.

Installation runs 3–5 days.

. Can this machine cut both round and square tubes without changing parts?
Yes. The pneumatic chucks automatically center and clamp both round and square profiles within the machine's size range. You don't need to swap jaws or adjust mechanical settings when switching between tube shapes.

. How long does it take to switch from one tube size to another?
Size changeover typically takes 3–5 minutes. The operator enters the new dimensions in the software, and the chucks adjust automatically. The software also loads the appropriate cutting parameters for the new material and thickness.

. What's the typical cutting speed for 3 mm wall carbon steel?
For 3 mm carbon steel with oxygen assist, cutting speed runs approximately 6–8 meters per minute. With nitrogen, speed drops slightly but the edge quality improves. These are baseline figures; actual speeds depend on your specific material and desired edge quality.

. Is the machine difficult to program for complex cuts?
Not particularly. The software accepts standard CAD files. You import the part geometry, assign cutting parameters, and the software generates the toolpath. For standard profiles like notches or miters, the software includes pre-set routines.

. What's the warranty coverage?
One year on the full machine, two years on the fiber laser source. The warranty covers manufacturing defects. Consumables like protective windows, chuck jaws, and support rollers are not covered. Damage from improper operation or electrical issues is also excluded.

. How long does shipping take to North America?
Sea freight typically runs 25–35 days to West Coast ports and 30–40 days to East Coast ports, depending on customs clearance. Air freight is faster but significantly more expensive and generally not used for this size of equipment.

. Can the machine be used with a Compact Air-Cooled Laser Welding Machine?
Yes, many customers use this combination for tube-to-tube joining. The side-mounted tube cutter prepares the ends-clean edges with tight joint gaps under 0.4 mm-and the welding machine handles the joining. Together they form a complete fabrication cell.

. What are the electrical requirements for a 4 kW configuration?
A 4 kW system typically requires 380V three-phase power at approximately 40 kVA. You'll also need a compressed air supply at 6–8 bar for the assist gas system. We'll provide a detailed electrical specification sheet upon request.

. How do I know if this machine is right for my shop?
If you process more than 1,000 tubes per month and your material thickness is under 12 mm, the economics usually work. If your volume is lower or your material is thicker, a mechanical saw or plasma system might be more cost-effective. Send us your production data and we'll give you an honest assessment.