From 60,000W ground-rail heavy plate cutters and 3-chuck zero-tailing tube laser beveling machines to 3D 5-axis robotic cells and precision MOPA markers, ACTCNC engineers high-takt equipment for modern manufacturing.
Every ACTCNC machine integrates first-tier laser sources, precision cutting heads, and CNC control systems (Raycus, MAX, RECI, RuiDa, Sino-Galvo, Leadshine, Shimpo, Schneider):
High-rigidity annealed machine beds, modular ground-rail structures, and intelligent 3-chuck CNC synchronizers.
Engineered for shipyards, pressure vessel manufacturing, and mega-scale steel structures. Features modular ground-rail beds up to 48 meters and dual smoke exhaust partitions for clean, heavy-duty processing without edge beveling delays.
3-chuck pneumatic synchronous clamping with full-stroke rotation. Cuts round, square, rectangular tubes, H-beams, and channel steels with 0mm tailing loss and ±45° beveling in a single pass.
Equipped with high-precision industrial articulated robots and dynamic 3D cutting heads. Specially optimized for thermoformed automotive components, curved irregular deep-drawn parts, and aerospace metal trimming.
Additive remanufacturing system for hydraulic support rods, turbine shafts, oil pipelines, and wear-resistant mining tooling. Metallurgical bonding with near-zero substrate thermal distortion.
Watch ACTCNC high-speed galvanometer optical positioning and laser dynamics in real action. Instant beam modulation, micron-level accuracy, and 24/7 continuous industrial duty cycle.
Request Custom Material Test Video →5 chassis configurations for desktop workshops, enclosed cabinet production lines, MOPA color marking, and portable on-site service.
Available in Split Type, Desktop Workbench, Fully Enclosed Safety Cabinet, Portable Hand-carry, and Handheld Gun configurations to meet every workshop layout.
Equipped with JPT M7 MOPA laser source. Controls thermal input precisely to generate vibrant color marking on stainless steel and high-contrast black marking on anodized aluminum.
Mounts directly above industrial production conveyors for high-speed continuous batch coding on bottles, cables, and packaging at up to 18,000 mm/s.
355nm wavelength delivers minimal thermal effect. Ideal for ultra-fine micro-marking on glass, perfume bottles, semiconductor silicon wafers, and HDPE medical plastics.
Automatic high-speed hydraulic shuttle table with 10-second exchange cycle. Fully enclosed safety cabin with CE OD6+ laser protective viewing glass.
Versatile gantry laser cutters designed for stainless steel, carbon steel sheet, acrylic, wood, and patterned fabric cutting.
Equipped with auto-following dynamic focus head and oxygen assist gas system. Cuts up to 2.5mm stainless steel and 3.0mm carbon steel, as well as 25mm acrylic and 20mm MDF wood.
High-resolution industrial camera automatically captures printed contours, woven badges, and sublimation textile graphics to execute distortion-compensated edge cutting.
High-resolution close-ups of genuine materials processed by ACTCNC machinery across global fabrication workshops.
Mirror verticality with zero dross.
Interlocking joints for piping & trusses.
Stellite 6 crack-free wear layer.
Deep contrast on hardwood and crafts.
Online engineering tools developed by ACTCNC engineers to optimize nesting efficiency, gas pressure, and payback.
Quantify raw material cost savings with 3-chuck zero-tailing tube laser cutting versus conventional dual-chuck machines.
Launch Calculator →Simulate payback timeframe, consumable elimination, and labor cost savings against traditional MIG/TIG and chemical stripping.
Launch Calculator →Instant lookup for cutting speed, assist gas consumption, focal position, and nozzle clearance across 5 major industrial metals.
Access Database →Size workshop nitrogen and oxygen gas delivery lines (0–30 Bar) to avoid high-power corner burnout and pressure starvation.
Launch Calculator →Calculate dual-circuit chiller cooling tonnage and ambient condensation dew points for humid factory conditions.
Launch Calculator →Explore gantry deflection, cabinet thermal balance, shuttle table takt tools, and 12 technical whitepapers.
Open Engineering Hub →Standardized assembly workshops, laser interferometer QA, and vacuum export packaging.