Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of platform fiber 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.

What This Machine Is

A Platform Fiber Laser Cutter is a CNC metal cutting machine featuring a single, stationary worktable. It lacks a pallet changer or exchange mechanism, offering a robust steel platform for cutting sheet metal. A fiber laser beam, guided by a flexible cable to the cutting head, melts through various metals like steel, stainless steel, and aluminum, with assist gas clearing away molten material.

We designed this for businesses that don't require a seldom-used second table. It's a more straightforward, cost-effective option upfront, and it conserves valuable floor space. If you're processing smaller batches of mixed materials or are new to laser cutting, this machine could be a perfect fit.

Applications

General fabrication. Job shops that take whatever walks in the door - custom parts, prototypes, small batches. The Platform Fiber Laser Cutter handles the variety.

Automotive parts supply. Brackets, mounts, trim pieces. Small to medium batches.
HVAC manufacturing. Ductwork components, fittings. Galvanized steel, 1.5mm to 4mm.

Furniture manufacturing. Steel frames, brackets, decorative elements. Clean edges mean less finishing work.

Agricultural equipment. Replacement parts for combines and planters - odd shapes, varying thicknesses, always urgent.
Signage and advertising. Letters, logos, decorative panels. Stainless and aluminum. Complex shapes, small batches.

Construction machinery. Crane components, earthmoving equipment parts.

Our manufacturing process unfolds like this

1. Raw Material Inspection: We meticulously check all incoming steel and parts to ensure they meet exact dimensions and quality standards.
2. Frame Welding: Gantry and bed frames are welded precisely according to specs, with full penetration on critical joints. The carbon steel bed receives precision welding to guarantee its structural integrity.
3. Stress Relief:After welding, assemblies are put through thermal stress relief (annealing). This vital process prevents distortion over time, as skipping it can lead to gradual loss of accuracy.
4. Precision Machining:Large gantry mills machine the rail mounting surfaces to tight tolerances. This ensures the rails remain parallel, preventing gantry binding and maintaining accuracy.
5. Sub-Assembly:We construct the gantry, drive systems, and electrical cabinet as independent modules. This modular approach enables thorough testing of each part before final assembly.
6. Final Assembly:All modules are then integrated on the test floor, where every connection, fastener, and alignment is carefully verified.
7. Burn-in Testing:The complete machine undergoes production cuts using sample materials to confirm its accuracy, speed, and edge quality. A machine is only cleared for shipping after proving its performance.
8. Packing:Finally, the machine is disassembled into shipping modules, crated, and prepared with all necessary customs documentation.

FAQ

Can I cut material that's slightly rusty or has mill scale?

You can, but the results won't be as good. Rust and mill scale absorb the beam differently than clean steel. The cut quality will be inconsistent and the edge will be rougher. If you need clean edges, use clean material. If you have to cut rusty material, increase your feed rate slightly and check your focus position. One customer runs a cleaning pass on rusty material before cutting.

What's the best way to store spare lenses and nozzles?

Keep them in a clean, dry place, ideally in their original packaging. Don't leave them exposed to shop dust. Never touch the lens surface with your fingers - oil from your skin degrades the coating. Use lens tissue or gloves. One customer keeps their spare parts in a sealed cabinet and labels everything with purchase dates.

Can I move the Platform Fiber Laser Cutter to a different location after installation?

Yes, but it's not a simple roll-it-to-the-next-bay job. The machine needs to be re-leveled and re-aligned after any move. Plan for a full re-installation with leveling and calibration. One customer moved their machine to a new building and spent two days re-leveling before they could cut accurately again.

How do I deal with different steel suppliers affecting cut quality?

Save parameters for each supplier. When you change suppliers, run a test cut and check the quality. Steel chemistry varies - a small difference in carbon content changes how the laser cuts. One customer keeps profiles for three different suppliers and labels them clearly. It takes 30 seconds