🌐 Official Engineering Portal: actcnc.com ISO 9001:2015 CERTIFIED CE & FDA COMPLIANT
📞 Engineering Hotline: +86 155 6620 6930
💬 Direct WhatsApp
⚡ Next-Gen Industrial CNC Laser Manufacturing Systems

Engineered for Extreme Duty & Zero-Defect Precision

ACTCNC delivers 1.5kW to 30kW fiber laser cutters, high-speed 3-in-1 laser welders, and automated inline flying marking solutions built with annealed machine beds and dual digital optical control.

Launch Interactive Sizing Engine → Download 2026 Engineering Specs

30,000 W

Ultra-High Power Limit

±0.02 mm

Repeatability Precision

600°C Heat-Treated

Annealed Heavy Bed

120 m/min

High-Speed Dual Traverse

01 / INDUSTRIAL CORE PORTFOLIO

Heavy-Duty CNC Laser Systems

Designed and manufactured to international European CE and North American FDA safety standards.

SHEET & TUBE CNC CUTTING

Industrial CNC Fiber Laser Cutting Machine (1kW–30kW)

Heavy-duty annealed bed with dual hydraulic shuttle tables, CypCut/FSCUT CNC control, and high-speed auto-focus cutting head for thick carbon and stainless steel.

Laser Power:1500W to 30,000W
Bed Size:1500×3000 / 2000×4000 / 2500×6000 mm
Max Thickness:Up to 50mm+ Carbon Steel
Repeatability:±0.02 mm
Inquire on WhatsApp →
PORTABLE & CONTINUOUS JOINING

3-in-1 Handheld Fiber Laser Welding & Cleaning Machine

Ergonomic wobble gun head with auto-wire feeder. Delivers 4x faster welding speed over traditional TIG with virtually zero heat distortion and post-weld grinding.

Power Range:1000W / 1500W / 2000W / 3000W
Welding Depth:0.5mm – 6.0mm Stainless/Mild Steel
Cooling:Dual Closed-Loop Water Chiller
Wire Feeder:0.8 / 1.0 / 1.2 / 1.6 mm Wire Size
Inquire on WhatsApp →
AUTOMATION & COLD MARKING

Flying Inline & MOPA High-Frequency Laser Marking Systems

Hardware encoder synchronization for high-speed conveyor coding on food packaging, pipes, medical UDI, and precision electronics with zero text elongation.

Wavelengths:1064nm Fiber / 355nm UV / 10.6µm CO₂
Line Speed:Up to 120 m/min continuous
Resolution:0.001 mm micro-character
Communication:RS232 / TCP/IP / I/O Hardware Sync
Inquire on WhatsApp →
02 / INTERACTIVE ENGINEERING SIZER

CNC Laser Parameter & ROI Sizing Engine

Calculate cutting speeds, assist gas parameters, and laser cleaning ROI based on your factory specifications.

3.2 m/min
Estimated Cutting Speed
1.2 bar (O₂)
Recommended Gas Pressure
1.5 mm (Double)
Optimum Nozzle Specification
ACT-3015-3kW
Engineered Machine Configuration
📲 Lock In This Configuration & Request Factory Quote on WhatsApp →
03 / WAVELENGTH & PHYSICS COMPLIANCE

Laser Beam Absorption & Sourcing Matrix

Selecting the correct laser wavelength directly determines processing speed, thermal HAZ, and edge roughness.

Material Group Optimal Wavelength Recommended Laser Source Primary Process Edge Quality / HAZ
Carbon Steel / Mild Steel (1–50mm) 1064 nm (Near-IR) High-Power CW Fiber (1.5kW–30kW) O₂ / High-Pressure Air Cutting Slag-free, Ra < 3.2 μm
Copper / Brass / Aluminum 1064 nm / 532 nm (Green) Anti-Reflection Fiber Source High-Pressure N₂ Inert Cutting Zero burrs, mirror finish
Medical Polymers / Glass / Ceramics 355 nm (UV Cold Laser) Solid-State UV DPSS (3W–15W) Photochemical Cold Etching Zero Thermal HAZ, No Carbonization
Non-Metal (Wood, Acrylic, Leather) 10.6 μm (Far-IR) RF Metal Tube CO₂ (30W–300W) Thermal Vaporization Cutting Flame-polished acrylic edge
04 / ENGINEERING QA & BEST PRACTICES

Laser Cutting & Welding Defect Troubleshooting

Keyence/Trumpf-standard troubleshooting guidelines for production line supervisors.

⚠️ Slag / Dross at Bottom Edge (Carbon Steel)

Root Cause: Cutting speed too high, or assist O₂ pressure too low causing incomplete oxidation.
Remedy: Lower speed by 10-15%, increase O₂ pressure to 1.2–1.5 bar, and verify focal position is positive (+1.0 to +2.5mm).

⚠️ Top Edge Rounding & Corner Overburn

Root Cause: Excessive heat accumulation at sharp corners during deceleration.
Remedy: Enable corner power-curve ramping (PWM frequency decay) in CypCut / FSCUT controller.

⚠️ Rough Striations on Stainless Steel

Root Cause: Nitrogen purity below 99.99% or focal position too high.
Remedy: Shift focal point to bottom surface of plate (-2/3 thickness) and raise N₂ pressure to 16–20 bar.

⚠️ Porosity in Handheld Laser Welds

Root Cause: Surface oil/moisture or shielding gas flow rate turbulence (>25 L/min).
Remedy: Clean joint with laser clean mode first; maintain Argon gas flow strictly at 12–15 L/min with 1.2mm nozzle.