UV laser marking machine uses UV laser and third-order cavity frequency doubling technology. Compared with infrared laser, UV laser provides a small spot size and large focusing depth at 355nm. The short laser wavelength interrupts the molecular chain of the material, which can greatly reduce the mechanical deformation and temperature deformation of the material. It is a cold laser, mainly used for high-precision marking and engraving, especially suitable for food, pharmaceutical packaging material identification, micropores, high-speed division of glass, complex graphic wafer cutting of silicon materials, etc.

The 3D laser marking machine uses a scanning galvanometer and Z-axis focusing optical system, combined with independent 3D software and 3D control card, to easily mark patterns, LOGOs, bitmaps, and QR codes on any curved surface. The graphics marked on the curved surface are clear and not deformed.

It is mainly used for welding various metal materials such as stainless steel, carbon steel, aluminum alloy, cold-dip galvanized sheet, etc. The welding thickness of stainless steel and carbon steel can be 0.8mm-8mm. Aluminum is a high-reflective material and the welding thickness can be halved. The equipment can be welded with a robot arm and has a connection interface. It can be equipped with double wire feeding welding. The welding width can reach 6 mm and the weld width can be 3mm. It adds laser cleaning and laser cutting functions to achieve multi-purpose use of one machine. It is used for laser processing of thin plates and medium and thick plates in sheet metal processing, aluminum art, building materials, home furnishings, kitchen utensils, automobiles and other industries.

The machines uses the principle of visual positioning. First, the product template is made and saved as a standard template. When processing, the product is photographed and compared and positioned by the computer. After adjustment, the product can be processed accurately. The shape of the processed product can be round, square, and irregular shapes. This process is particularly suitable for small products, which can avoid the processing of positioning trays and fixing fixtures, greatly saving the laser marking processing cycle.
The CCD visual system can be equipped with: fiber laser marking machine, ultraviolet laser marking machine, CO2 laser marking machine and other laser equipment. Assembly line visual laser marking machine.

3D dynamic focusing equipment is a high-efficiency, high-precision, and super-affordable special product for laser processing such as marking, cutting, engraving, paint layer treatment, and micro-heat treatment of material surface.

H-C1325 high-end non-metallic sheet laser cutting cutting bed adopts high-quality lead screw + servo motor transmission system, with the characteristics of high precision and high stability; the beam structure adopts high-strength aluminum alloy, the beam has the advantages of light weight, small resonance, smoother operation, etc., classic applications - composite sheet laser cutting, plexiglass laser cutting.

CO2 large format multifunctional cutting machines have high precision, versatility and speed, making them ideal for various cutting and engraving applications on a variety of materials. They are widely used in various industries, clothing proofing, leather industry, furniture industry, decoration industry, packaging industry, construction industry, model industry, etc. Customized according to different needs and adapted to different application scenarios.

CO2 laser cutting machine integrates engraving and hollowing cutting, with fine engraving spot, high load-bearing capacity of electric lifting platform, supports hollowing and engraving of workpieces of different heights and cylindrical shapes, and is suitable for most non-metallic laser engraving and cutting. It can meet different working format requirements. Models include 6040, 9060, 1390,1490, 1610,1810, etc.

The machine integrates advanced laser galvanometer marking technology and imported RF-excited sealed CO2 laser. It realizes high-performance marking by expanding the laser beam, galvanometer, focusing, and finally controlling the deflection of the galvanometer.

MOPA color laser marking machine is a fiber laser that uses a direct electrically modulated semiconductor laser as a seed source (MOPA) solution, with perfect laser characteristics and good pulse shape control capabilities. Compared with Q-switched fiber lasers, MOPA lasers have greater flexibility, can achieve lower and higher frequencies, and have smaller opening delays. Compared with conventional lasers, the seed source uses waveform compensation, the amplified pulse deformation is corrected, and the output pulse energy is higher.

MOPA laser marking machine is a fiber laser that uses a direct electrically modulated semiconductor laser as a seed source (MOPA) solution, with perfect laser characteristics and good pulse shape control capabilities. Compared with Q-switched fiber lasers, MOPA lasers have greater flexibility, can achieve lower and higher frequencies, and have smaller light-on delays. Compared with conventional lasers, the seed source uses waveform compensation, the amplified pulse deformation is corrected, and the output pulse energy is higher.

The open medium-power fiber laser cutting machine uses a large gantry machining center for precision machining of the equipment bed, and the internal stress of the welded bed is eliminated by annealing. The professional layout nesting software and the professional laser cutting system are highly integrated, which can realize high-speed blasting perforation and high-speed scanning and cutting of array graphics. Classic applications include laser cutting of advertising light boxes and laser cutting of metal crafts.

H-W100/200 Desktop jewelry laser spot welding machine is a laser equipment specially used for metal welding in the jewelry industry. It is mainly used for hole filling, spot welding of sand holes and repair of gold and silver jewelry. It has the advantages of high precision, low loss and ultra-fast speed. It uses laser deposition welding, laser high thermal energy and concentrated fixed-point welding technology. The surface heat diffuses to the inside through conduction. By controlling the width, energy, peak power and repetition frequency of the laser pulse, the workpiece is melted to form a specific molten pool. Due to its unique advantages, it is widely used in the fields of gold and silver jewelry processing and welding of tiny and small parts.

Fiber-precision laser cutting machine is suitable for marking, cutting and punching of various metal sheets and micro-precision metals. It is mainly used in LED, precision machinery, semiconductor control devices, and 3C parts industries.

CO2 laser marking machine is famous for its cost-effectiveness! This machine integrates advanced laser galvanometer marking technology and imported radio frequency excitation sealed CO2 laser. It passes the laser beam through beam expansion, galvanometer, focusing, and finally achieves high-performance marking by controlling the deflection of the galvanometer.

3D UV laser marking machine is developed with 355nm UV laser. The equipment can engrave a variety of metal and non-metal materials, especially the special working interface of special-shaped curved surface has absolute advantages; the characteristics are that the UV light focus spot is extremely small, and there is almost no heat-affected zone in the processing, which perfectly realizes the fine processing of any curved surface workpiece, and the processing efficiency and quality are better than traditional 2D marking. It is widely used in high-end industries of ultra-fine laser processing, such as Bluetooth speakers, home appliance housings, mobile phone housings, water purification filters, computer accessories, communication products, electronic components, medical equipment, packaging bottles and cans, etc.

H-D200J laser spot welding machine is used for drilling and spot welding sand holes of gold and silver jewelry. Laser spot welding is an important application of laser material processing technology. Spot welding is heat conduction, that is, the laser radiates to the surface of the part, and the heat on the surface expands to the inside through heat conduction. By controlling parameters such as laser pulse width, energy, peak value and repetition frequency, the part will melt to form a specific molten pool. Due to its unique advantages, this product has been successfully used in gold and silver jewelry processing, as well as welding of small-sized parts.

UV laser marking machine uses 355nm wavelength laser, which is suitable for precision marking of materials including plastics (ABS, PC, PVC, HIPS, etc.), leather, metal, glass, LCD screen, thin ceramic, single crystal silicon wafer, IC grain, sapphire, etc. It is mainly used in 3C, automobile, electrical instrument, white household appliances, integrated circuit, medical equipment, hardware tools, food, medicine, etc., metal or non-metallic coating removal, marking of various materials, blind groove processing, emerging ultra-thin metal foil micro-hole production, etc.

The flying CO2 laser marking machine is a small CO2 laser inkjet printer specially designed for pharmaceutical packaging. It can mark and print on non-metallic materials such as plastic, leather, and wood. The equipment can be equipped with a rotating work table, a rotating disc fixture, and other functions for customers to choose from to meet different application requirements. The small laser inkjet printer also uses a special flying marking control system and can be equipped with an assembly line to achieve fast laser marking on the assembly line. It has excellent performance and is easy to operate.

The fiber optic flying laser inkjet printer is a high-speed continuous marking machine designed to improve productivity. It uses an industrial-grade high-performance laser light source, has stable performance, fast processing efficiency, and a production line marking speed of up to 200 meters/minute (single-line 2MM high numbers and letters), providing high-speed, high-volume application marking needs, and is mainly used in production date, anti-counterfeiting, and pharmaceutical and food packaging industries. This model supports automatic coding, serial number, batch number, date, barcode, QR code, automatic number skipping and other functions to meet the needs of customers in different industries.