Customized Machines

We specialize in customizing intelligent equipment for laser cutting, welding, marking, cleaning, quenching, cladding and other processes.

We specialize in customizing:

• 3D robotic laser cutting machines

• 3D 5-axis laser cutting machines for metal/non-metal materials

• Laser pipe cutting machines for irregular metal parts

• High-precision laser cutting machines

• Handheld laser cleaning machines

• Handheld laser welding machines

• 3D laser welding systems

• 3D laser quenching equipment

• Precision laser micro-engraving machines for the diamond industry

We also provide customized laser automation solutions and production lines tailored to your specific needs.

Laser Cutting

1. Robot 3D Laser Cutting Machine （1500W-12000W）

Features:

Ideal for rapid cutting of holes, edges, and arcs on irregular workpieces with thicknesses ranging from 0.5-15mm.

Applications:

Equipped with configurable linkage or cooperative positioners, overhead or ground tracks to enable precise and efficient cutting of various materials, shapes, and sizes, including:

• Special-shaped pipes & frames

• Hot-formed components

• Stamped & stretched parts

• Metal spheres & vessel heads

• 3D kitchenware

• Automotive molds

• Helmets

• Engineering plastic molds

2. Small Hardware Laser Cutting Machine (1500W-12000W)

Applications:

• Processing various special-shaped small hardware

• Handling ≤1.5m arc-surface hardware (tubes, cones, cylinders)

• High-speed precision cutting (holes, slots, hollows, arcs)

3. High-precision Fiber Laser Cutting Machine（QCW：150~450W, CW：1500-6000W）

This is a top-quality, super precise, no-deformation high-speed cutting tool! It makes narrow cuts and can handle any shape—perfect for ultra-high-precision work. Great for fast hole and edge cutting on metal sheets under 5mm. Cuts as accurately as ±0.003mm, works over twice as fast as CNC, and maintenance costs are only a third to a quarter of similar CNC punch presses.

4. Fully Automatic Loading/Unloading Saw Blade Precision Laser Cutting Machine

This model is an intelligent device developed specifically for high-precision cutting needs of metal saw blades, silicon steel sheets, etc. It deeply integrates high-precision laser cutting technology with a fully automated loading and unloading system, creating an efficient, accurate, and intelligent unmanned solution for saw blade cutting. The equipment adopts an open working platform design, paired with a gantry dual-drive high-rigidity structure, ensuring long-term efficient and stable operation of the equipment.

Applications:

• Sapphire, ceramics, silicon, thin metal sheets: precision cutting, drilling, chamfering, surface treatment

• Eyewear, electronics, electrical appliances & other precision hardware

• Superhard materials (e.g., diamond)

• 3C, microelectronics: Mg-Al alloy cutting/drilling

5. Metal 3D Five-xis Laser Cutting Machine

Gantry dual-drive structure, ±0.03mm repeat positioning accuracy.

High-performance 5-axis cutting head: N*360° rotation, ±135° swing.

Applications: 3D cutting of thick metal sheets in automotive, marine, machinery, mold, construction, and bridge industries.

6. Non-metallic 3D 5-axis Laser Cutting Machine

Featuring an overhead gantry structure, its 3D head rotates 720° and includes RTCP tool tip following, 5-axis linkage, offline programming, and 3D mapping.

Ideal for high-precision 3D cutting of non-metallic materials, including:

• New energy battery separator plates

• Luggage

• Automotive vacuum-formed parts

• Underbody shields

• Helmets

• Home appliance liners

• Human body cup molds

7. Laser Glass Cutting Machine

Leveraging ultra-fast laser with Bessel cutting head, it enables non-destructive glass processing (hard and brittle) with μm-level chipping, high efficiency and no taper.

Widely used in 3C electronics, optical lenses, home appliances, bathroom, construction, automotive and photovoltaic sectors.

8. Laser Glass Drilling Machine

Non-contact drilling technology ensures high processing speed, precision, minimal edge burrs, superior stability, and zero consumables.

Widely applied in construction, consumer products, medical devices, chemistry, household goods, electronics, and instrumentation industries.

9. Infrared Water-Jet Guided Laser Machining Center

Ultra-precise machining of ultra-hard, ultra-brittle, and difficult-to-process materials.

Applications:

• High-melting-point & high-hardness materials: diamond, silicon carbide, superalloys

• High-brittle materials: ceramics, silicon wafers

• Transparent materials: sapphire, glass-ceramics

10. Water-jet guided laser machining machine for rare earth magnetic materials

It meets the high-precision requirements for processing dimensions and achieves high-quality surface finishing results.

With dual breakthroughs in high precision and efficiency, it demonstrates unique technical adaptability, especially when processing precision structures such as special-shaped air gap slots and micro positioning holes.

11. H-beam Laser Cutting Machine

Multi-functional application: capable of cutting H-beams, I-beams, angle steels, channel steels, and flat bevels. One machine serves three purposes.

H-beam cutting range: 100≤height B≤500mm / 180≤width H≤1000mm / length L≤12000mm

Power options: 12000-30000W

12. Laser Plate Cutting Machine

Optional bevel processing is available, capable of cutting bevels within 45°. V-type, X-type, Y-type and other different types of bevels can be formed in one go.

Optional cutting sizes: 3015  3020  4015  4020  6015  6020  6025  8025  8032  10025  12025  13030

Power options: 3000-40000W

13. Laser Pipe Cutting Machine

Specialized in cutting various metal pipes such as round pipes, square pipes, rectangular pipes, and elliptical pipes. Optional fully automatic or semi-automatic loading and unloading devices are available.

Optional cutting lengths: 6m  9m  12m; Power options: 1500-12000W

Round pipe processing range: Ф15- Ф660mm; Square pipe processing range: 20-520mm.

14. Diamond Mesh Precision Laser Hole-Cutting Machine

Mainly for dense hole cutting in artificial diamond mesh screens. Also suitable for LOGO marking on high-end electronics, plus fine drilling/engraving on non-metals like crystal, glass and ceramics.

15. Diamond 3D Forming Laser Engraving Machine

For 3D forming processing of diamond sheets used in CMP diamond discs. It provides precise, consistent and reliable performance for stringent CMP processes, ensuring more stable wear rates and longer service life for CVD dressers.

16. Laser Diamond Cutting Machine

Suitable for cutting, segmentation, engraving, marking, drilling, grooving, polishing, surface treatment, repair and reshaping.

Laser Welding

1. Robotic 3D Laser Welding Machine 

Perfect welding quality: minimal deformation, high penetration, no burn-through. Supports multiple processes (spot, butt, lap, stack, fillet welding). Suitable for both small-batch multi-variety and mass production. 

Widely used in automated welding for production lines, power batteries, kitchenware, bathroom fixtures, auto parts, precision components and hardware.

2. Handheld Laser Welding Machine

Water-cooled handheld laser welders handle various metals, with support for single/dual/triple wire feeding. Air-cooled models offer superior beam quality, stable performance, and deep penetration even at low power.

Widely used in sheet metal, advertising signage, kitchenware, stainless steel appliances (stoves, barbecue/dining carts), doors/windows, railings, furniture, lighting, distribution boxes, enclosures, and pipelines.

Laser Marking 

1. Fiber Laser Marking Machine

Suitable for metals like iron, copper, aluminum, gold and silver; non-metals including PC, ABS, PVC, PC+ABS.

Widely used in 3C electronics, auto parts, hardware, building materials, gift processing and other industries.

2. CO₂ Laser Marking Machine

For Non-Metals:Ideal for marking/cutting on textiles, paper, plastics, wood, leather, glass, PCBs, nameplates, food packaging, electronics, crafts, etc. 

Industries Served:3C electronics, automotive, packaging, medical, consumer goods, signage, building materials, arts & crafts.

3.UV Laser Marking Machine

It is suitable for marking on most metallic and non-metallic materials, and particularly excels in the high-end market requiring ultra-precision processing. It is especially ideal for marking, micro-drilling and surface treatment of materials like food & pharmaceutical packaging, textiles and polymer films. Additionally, it is applicable to high-speed scribing of glass and complex pattern cutting of silicon wafers.

Laser Cleaning

1. Handheld Laser Cleaning Machine

Laser power 1000–3000W, with pulsed or continuous options. Standard 10m fiber (extendable to 20m). Enables chemical/medium/dust/water-free cleaning, removing resin, oil, stains, rust, coatings, paint. Used in aerospace, mold, automotive, food, wastewater, tire/hub, petroleum, pharmaceutical and chemical industries.

2. Backpack-type Laser Derusting Machine

Portable design, 28kg total weight – airline/railway shippable. Removes rust, paint, oxidation and other stains from workpieces.

Ideal for cleaning local rust, paint, coatings, oil, oxide films on metal surfaces; a top alternative to workshop grinding tools. Also works on non-metals like ceramics, glass and composites.

Laser Wire Stripper

CO₂ laser wire strippers can strip non-metallic outer layers and insulating inner layers; fiber laser wire strippers are capable of stripping metallic shielding layers. Both types are available with dual heads!

1. Fiber Laser Paint Stripping Machine

It is mainly used for stripping paint films from various enameled wires, transformer pins, inductor coil pins, etc. It also provides services for stripping oxide layers, anodized layers, electrophoretic layers and painted layers from products such as laptop casings and mobile phone casings.

2. CO₂ Laser Peeler

Applicable Materials: Non-metallic materials for wire sheathing and insulation layers, including: PVC (Polyvinyl Chloride), fiberglass, polyester film, fluoropolymers, polyethylene, polyesters, nylon, silicone resin, aluminum foil, Teflon®, and other insulating materials with varying hardness or high-temperature resistance. Paint films on enameled wires, transformer pins, inductor coil pins, etc. Electronic wires such as ultra-fine coaxial cables, antennas, etc.

Laser Heat Treatment

Mainly used for processing natural diamonds, CVD - grown diamonds, HPHT - grown diamonds, PDC, PCD, graphene, carbon fiber, silicon carbide, gallium nitride, glass and new ceramics.

1. Robotic 3D Laser Quenching Machine

Capable of processing complex curved surfaces (e.g., gear teeth, mold inner walls) and multi-angle machining, meeting local quenching needs of special-shaped workpieces.

Suitable for laser cladding of simple surfaces like shafts and planes, as well as complex ones such as spheres and curved surfaces.

2. Robotic 3D Laser Cladding Machine

Capable of cladding shaft surfaces, curved surfaces and special-shaped parts.

Mainly for material surface modification (rollers, gears), product surface repair (rotors, gears) and prototype manufacturing; widely used in coal, metallurgy, offshore platforms, papermaking, civil appliances, automobile, shipbuilding, petroleum and other industries.