Industrial Laser Solutions

Solutions for Metal Fabrication

Buyer-focused solution pages that match real machine specifications to real production problems - cutting, welding and gas systems configured for your application.

High-Power Fiber Laser Cutting Machines

Tube and Plate Fiber Laser Cutting Solution

Cut round, square and rectangular tube plus flat plate on one fiber laser platform. Rotary axis, self-centering chuck and 3D nesting for tube fabricators who also run sheet work.

Bevel Laser Cutting Solution

One clamping, weld-ready edges: a 3-axis bevel fiber laser tilts +/-45 degrees to cut V, Y, X and K grooves in plate up to 25 mm - replacing grinding and milling in weld preparation.

Dual Table Laser Cutting Solution

Keep the beam cutting: dual-shuttle exchange tables swap sheets in under 30 seconds (2000W) or under 60 seconds (12000W) for 25-40% more cutting output per shift.

Copper and Brass Laser Cutting Solution

Cut copper and brass where steel-tuned machines fail: power classes from 1000W to 30000W matched to reflective-alloy thickness, with sample cuts and parameter sheets before you order.

Aluminum Laser Cutting Machine Solution

Aluminum reflects most of the fiber laser wavelength and conducts heat fast, which is why steel-tuned cutters burn mirror finishes and leave dross. This solution pairs anti-reflection cutting heads and nitrogen assist with the right power class, from 1mm signage sheet to 20mm aerospace plate.

CNC Metal Laser Cutting Machine Solution

Buying a CNC fiber laser by brochure wattage is how fabrication shops end up with a machine that cannot hold their thickest production job. This solution maps carbon steel, stainless and aluminum gauges to real power classes - 3000W to 15000W - with repeatability, bed size and exchange-table options matched to your workload.

Laser Cutting Thick Steel: Heavy Plate Solution

Match laser power to your real thick-plate mix: 8000W-30000W fiber platforms cut carbon steel from 25 mm to 70 mm with square edges instead of outsourced oxy-fuel and re-machining.

Carbon Steel Laser Cutting Solution

Oxygen-assisted fiber laser cutting for carbon steel: 3000W-30000W platforms matched to your real 6-20 mm gauge mix, with sample cuts and written thickness tables before you order.

Medium-Power Fiber Laser Cutting Machines

Stainless Steel Sheet Laser Cutting Solution

Nitrogen-assist fiber laser cutting for stainless sheet: oxide-free, food-grade edges without secondary polishing. 2000W-3000W machines matched to your thickness mix.

Desktop Fiber Laser Cutting Solution

Fiber laser cutting that fits the workshop: a 3000W bench-top machine at +/-0.03 mm accuracy or a 500W economy model on 220V single-phase - no crane bay required.

Metal Sign and Letter Laser Cutting Solution

Sign and letter shops live on edge quality: a burnt edge shows on brushed stainless, and re-polishing letters kills the margin. This solution matches laser power, nitrogen assist and bed size to your materials - stainless letters, acrylic panels and composite sign stock.

3000W Fiber Laser Cutting Capacity Solution

What a 3000W fiber laser actually cuts: carbon steel to 12 mm, stainless to 8 mm, aluminum to 6 mm at +/-0.05 mm. Match the 3 kW class to your real gauge mix across three formats.

Thin Sheet Laser Cutting Solution

Thin sheet laser cutting for 1-2 mm steel and stainless: 500W-1500W platforms with +/-0.02 to +/-0.03 mm accuracy, narrow kerf and no tooling cost per revision.

Fiber Laser Welding Machines

Handheld Fiber Laser Welding Solution

Replace hard-to-find TIG skills with 1000W-2000W handheld fiber laser welding: minimal distortion on thin stainless and aluminum, days-long operator ramp-up, water-cooled for full shifts.

Stainless Steel Laser Welding Solution

A joint-first stainless welding process: 5 mm handheld penetration, wire-feed gap bridging to 2 mm, and pre-weld cleaning on one 2000W platform - pass food-grade inspection as-welded.

Robotic Laser Welding Cell Solution

Skilled welder shortage and inconsistent manual seams are the two problems every growing fabrication shop names first. A robotic laser welding cell replaces fixture-by-fixture skill with programmed seams, vision seam tracking and 24/7 duty - matched to your joint types, not a one-size robot.

Automatic Laser Welding Machine Solution

From repeat batches to robotic cells: 2000W conveyor-integrated lines and 6-axis vision-tracked robots size automation to your real daily weld count - not to a brochure.

Battery Laser Welding Solution

Vision-positioned battery terminal welding for aluminum and copper tabs, plus 4-axis rotary stations for cell housings - the process window proven on your own tab stack before you buy.

Mold Repair Laser Welding Solution

Repair molds in place with microscope-guided laser welding: 0.2 mm HAZ class on hardened steel, pulse energy matched to the damage, and wire-feed build-up for pitted surfaces.

Laser Auxiliary Systems

Nitrogen Generation for Laser Cutting Solution

Replace bottled nitrogen with on-site PSA generation: 99.9% purity, 10-80 m³/h flow, 0.6-0.8 MPa - a fixed plant investment with a documented 6-12 month ROI for cutting operations.

Laser Cleaning for Rust and Surface Treatment

Remove rust, paint and weld scale without media, chemicals or consumables: pulsed 50-500W and CW 2000W laser cleaning systems matched to your surface grade.

Laser Water Chiller and Cooling Solution

An undersized or unstable chiller turns a good fiber laser into a summer derating problem. This solution matches cooling capacity, temperature stability and redundancy to your laser power, so the source keeps its specified optical life instead of aging early.

Laser Safety Enclosure Solution

Meet laser safety enclosure requirements with a cabin engineered to your machine and floor plan: EN 12254 OD 6+ windows, fail-safe magnetic interlocks and documentation your auditor can use.

Laser Cutting Air Compressor Solution

Oil-free screw air compressor engineered for laser cutting: 1.3-3.5 m3/min at 0.7-1.3 MPa with integrated dryer and filtration, feeding air-assist cutting and PSA nitrogen generation.

Laser Cutting Fume Extraction and Dust Removal Solution

Fume extraction and dust removal engineered with your laser cutting machine: 3,000-10,000 m3/h, 4-stage H13 HEPA filtration, automatic pulse-jet cleaning and indoor air recirculation.