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Crinfly Laser Technologies // 04

High-Power Laser Cutting
At the Speed of Light.

From 3kW high-speed sheet metal cutters to 12kW heavy industrial plate & tube laser systems. We deliver fiber laser solutions equipped with intelligent auto-focus heads, Raycus/IPG laser sources, and CypCut automation.

cypcut-telemetry // fiber-laser-node-08
LASER SOURCE: 6,000 WATTS (IPG / RAYCUS)
Cutting Head Auto-Focus
Raytools BM111

Real-time capacitive height tracking & collision prevention

Max Rapid Speed
120 m/min

Dual-drive rack & pinion with helical gears

Electrical Efficiency
> 40% EOP

50% lower power consumption than legacy CO2 systems

MARKET RESEARCH INSIGHTS

Why Fiber Lasers Dominate Metal Fabrication

The shift from mechanical plasma/punching and legacy CO2 lasers to high-power fiber laser systems has revolutionized sheet metal economics.

85%

Market Penetration

Of modern sheet metal fabrication shops across India and global hubs have transitioned to fiber lasers due to unmatched precision and speed.

3x

Faster Cutting Speeds

Fiber lasers cut thin-to-medium stainless steel and aluminum up to 3 times faster than equivalent-power CO2 lasers with zero kerf burrs.

-50%

Power Consumption

Solid-state fiber diodes convert electrical input to optical laser power at >40% efficiency, cutting monthly electricity overheads in half.

CRINFLY LASER SYSTEMS

Industrial Laser Solutions

From flat sheet cutting to structural tube processing and non-metal polymer engraving.

SERIES FL // HIGH POWER

Enclosed Exchange Table Fiber Laser (3kW – 12kW)

Features fully enclosed CE-certified radiation shielding and an automatic dual-pallet exchange table that swaps sheets in 15 seconds for continuous cutting without loading downtime.

Mild Steel up to 25mm Stainless up to 20mm Dual Pallet Exchange
SERIES TL // TUBE CUTTING

Precision Rotary Tube Laser Cutting Center

Engineered for structural steel pipes, automotive exhaust frames, and architectural railings. Features automated self-centering pneumatic chucks and 3D bevel cutting capabilities.

Round / Square Tubes Auto-Centering Chuck 3D Bevel Cutting
SERIES CO2 // NON-METAL

High-Speed CO2 Laser Engraver & Cutter

The gold standard for non-metal processing. Equipped with a RECI sealed glass/RF metal tube for crystal-clear acrylic edge cutting, wood engraving, leather, and technical textiles.

Acrylic & Plastics Wood & Leather Textiles & Packaging
SERIES LW // HANDHELD

3-in-1 Handheld Fiber Laser Welder & Cleaner

Replaces traditional TIG/MIG welding. Performs high-speed laser welding, rust/oxide layer laser cleaning, and handheld cutting with a single ergonomic wobble head.

4x Faster than TIG Laser Rust Cleaning Zero Thermal Distortion

Fiber Laser Cutting Thickness Matrix

Material Type 3,000W Fiber 6,000W Fiber 12,000W Heavy Duty
Mild Steel (CS / MS) Up to 20 mm Up to 25 mm (High Speed) Up to 40 mm (Heavy Plate)
Stainless Steel (SS) Up to 10 mm (N2 Gas) Up to 18 mm (N2/Air) Up to 30 mm (Mirror Finish)
Aluminum Alloy Up to 8 mm Up to 16 mm Up to 25 mm
Brass / Copper Up to 5 mm Up to 10 mm Up to 16 mm
Laser Cutting FAQ

Frequently Asked Questions

Explore technical insights on high-power fiber laser cutting, assist gas selection, precision metal fabrication, and operational efficiency.

1. What thickness of metal can Crinfly fiber laser cutting systems process?

Cutting capacity depends on laser source wattage. Our fiber laser systems (ranging from 1.5 kW to 30 kW) can cleanly pierce and cut mild steel up to 50mm, stainless steel up to 40mm, aluminum up to 35mm, and reflective metals like brass and copper up to 20mm with dross-free edge quality.

2. What are the advantages of fiber lasers over legacy CO2 laser cutting machines?

Fiber lasers deliver a wavelength of 1.06 µm, which is absorbed 3 to 4 times better by metals than CO2 lasers (10.6 µm). They cut thin-to-medium sheet metal up to 3 times faster, consume 50% less electrical power, require zero laser beam path mirrors or laser gas maintenance, and boast a diode lifespan exceeding 100,000 hours.

3. When should we use Nitrogen (N2) vs. Oxygen (O2) vs. Compressed Air as an assist gas?

Oxygen is an exothermic cutting gas ideal for thick carbon steel, using oxidation to assist melting. Nitrogen is an inert gas used for stainless steel and aluminum to prevent oxidation, yielding bright, weld-ready, dross-free edges. High-pressure dry compressed air is a highly economical alternative for high-speed cutting of thin sheet metal.

4. Which laser power sources and cutting heads do you integrate into your machines?

We integrate world-class fiber laser resonators including IPG Photonics, Raycus, and nLIGHT, paired with intelligent auto-focus cutting heads from Precitec, Raytools, or BOCI. These heads feature built-in capacitive height sensing, collision protection, and optical window temperature monitoring.

5. How does automatic exchange table dual-pallet switching improve machine throughput?

Our dual-pallet automatic exchange tables swap raw sheets and cut parts in just 10 to 15 seconds. While the laser is cutting on the internal table, operators unload finished parts and load raw sheets on the external table, virtually eliminating idle loading downtime and boosting daily output by up to 40%.

6. Can Crinfly fiber laser systems cut both flat sheet metal and metal pipes/tubes?

Yes. We offer dedicated flat-sheet cutting centers, specialized professional tube laser cutting machines (for round, square, rectangular, and elliptical profiles), and hybrid combination sheet-and-tube cutting systems equipped with pneumatic self-centering chucks.

7. What CAD/CAM nesting software is included with Crinfly laser cutting machines?

Our machines come equipped with advanced CAD/CAM nesting software such as CypCut, HypCut, or Lantek. Features include automatic true-shape sheet nesting, common-line cutting, micro-jointing, lead-in/lead-out optimization, and fly-cutting algorithms that maximize sheet utilization and speed.

8. What safety and environmental protection features are built into your laser cutters?

Our high-power laser cutters feature full-enclosure protective covers with CE-certified OD6+ laser safety viewing windows, safety interlock door switches, multi-zone zoned fume extraction systems, and industrial HEPA dust collectors to ensure operator safety and clean workshop air.

9. What routine maintenance is required for a fiber laser cutting machine?

Fiber lasers require minimal maintenance compared to legacy technologies. Daily and weekly care primarily involves inspecting and cleaning protective nozzle glass windows, checking water chiller temperature and conductivity, emptying slag collection trays, and lubricating linear motion guide rails.

10. How does Crinfly support machinery financing and after-sales service for laser systems?

We provide comprehensive after-sales support including 24/7 remote optical diagnostics, rapid spare parts dispatch (nozzles, ceramic rings, protective lenses), on-site annual preventive maintenance audits, and tailored CapEx financing or leasing guidance to accelerate your investment.