The metal furniture industry in Turkey has seen rapid expansion, driven by high export demand across Europe and the Middle East. To stay competitive, manufacturers must combine aesthetic craftsmanship with strict dimensional tolerances and high throughput.
When producing modern furniture frameworks, tables, and ergonomic chair legs, small-diameter profile cutting presents distinct operational challenges. Here is how a leading Turkish furniture manufacturer deployed the LONX LASER LX-K9 tube laser cutting equipment to overcome production bottlenecks, enhance cutting precision on 15x20mm rectangular tubing, and drive measurable cost savings.
Customer Region: Bursa / Kayseri Industrial Zone, Turkey
Industry: Commercial & Residential Metal Furniture Manufacturing
Machine Model: LONX LASER LX-K9 Professional Tube Laser Cutting Machine
Primary Material & Spec: Mild steel & stainless steel rectangular tubing, 15x20mm (wall thickness: 0.8mm – 1.5mm)
Final Applications: Modular desk frames, dining chair supports, shelving systems, and retail display racks
Metal furniture design demands clean miter cuts, intricate interlocking slots, and smooth edge finishes that can head directly to powder coating without manual deburring.
Prior to integrating LONX LASER technology, the Turkish manufacturer faced several persistent roadblocks:
Profile Deformation on Small Cross-Sections: Handling thin-walled 15x20mm tubing on traditional circular saws and stamping presses often resulted in crushed edges, concave tube faces, and inconsistent angles.
Heavy Secondary Processing: Mechanical sawing created heavy burrs and slag, requiring a team of dedicated workers for manual grinding prior to welding.
Complex Joining Requirements: Complex 45-degree miter cuts and snap-fit mortise-tenon connections were labor-intensive and difficult to align manually, leading to uneven weld seams and high scrap rates.
To resolve these challenges, the manufacturer invested in the LONX LASER LX-K9, a specialized tube laser cutting equipment series engineered for high-speed, high-accuracy processing of small-to-medium pipes and open sections.
Small rectangular profiles are particularly vulnerable to rotational deformation during high-speed spinning. The LX-K9 features a self-centering pneumatic chuck system engineered with adjustable clamping pressure. This guarantees that delicate 15x20mm tubing remains perfectly concentric without denting or surface marking.
Equipped with an advanced numerical control system and dynamic cutting heads, the LX-K9 pierces and cuts through thin-wall steel profiles in milliseconds. Bolt holes, slotted assembly tabs, and flush miters are cut in one seamless pass.
Using LONX LASER’s 3D nesting and cutting software, the client switched from conventional butt welding to laser-cut interlocking tabs. The components click together firmly before welding, reducing assembly fixture setup by over 60%.
Within three months of commissioning the LX-K9, the Turkish facility reported substantial performance improvements across the production line:
Production Speed: Output per shift jumped by 240% compared to traditional sawing and punch-press operations.
Secondary Labor Savings: Burr-free cuts eliminated manual grinding stations entirely, reallocating 4 full-time operators to assembly operations.
Scrap Reduction: Intelligent tube nesting algorithms reduced off-cut material loss to under 4%, yielding direct steel cost savings.
Coating Readiness: Edges remained clean and oxidation-free, enabling immediate transition to automated powder coating lines.
For fabricators in the global metal furniture, fitness equipment, and architectural hardware sectors, specialized profile processing is no longer optional. The LONX LASER LX-K9 delivers industrial-grade stability, precision handling for thin and small-dimension tubes, and software simplicity that cuts lead times from design to finished part.
Whether you are cutting 15x20mm rectangular tubing, round pipes, or bespoke extruded profiles, LONX LASER offers tailored industrial automation solutions to scale your manufacturing capacity.
