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UV laser marking machine
UV laser marking machine is a series of products of laser marking machine, but it is developed by using 355nm ultraviolet laser. Compared with infrared laser, this machine uses third-order intracavity frequency doubling technology. The 355 ultraviolet light focusing spot is very small, which can greatly reduce the mechanical deformation of the material and has little processing heat effect. Because it is mainly used for ultra-fine marking and carving, it is especially suitable for marking and microporous marking of food and medical packaging materials High-speed division of glass materials and complex graphic cutting of silicon wafers.
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Handheld laser welding machine Part of the laser welding welding case display
Laser welding is to use high -energy laser pulses to perform local heating in the micro area with high -energy laser pulses. The energy of laser radiation is performed by melting the material through the internal diffusion of the thermal guide material to form a specific melting pool.
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Flying fiber laser marking machine
The optical fiber series is a new generation of laser marking machine system developed by our company using advanced laser technology in the world today. Using a fiber laser to output laser light, the marking function is realized through a high-speed scanning galvanometer system. The laser marking machine has high photoelectric conversion rate, long service life, and easy maintenance. It is cooled by air cooling. The entire machine is compact, with good output beam quality, high reliability, and fast marking speed, greatly improving processing efficiency. High precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam fundamental mode, short pulse, high peak power, and high repetition rate, bring satisfactory marking results to customers.
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Desktop fiber laser marking machine
The optical fiber series is a new generation of laser marking machine system developed by our company using the advanced laser technology in the world. The laser is output by a fiber laser, and the marking function is realized by a high-speed scanning galvanometer system. The laser marking machine has high photoelectric conversion rate, long service life, easy maintenance, air cooling, compact size, good output beam quality, high reliability, and fast marking speed, greatly improving the processing efficiency. High-precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam basic mode, short pulse, high peak power, high repetition rate, bring satisfactory marking effect to customers.
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Desktop fiber laser marking machine
Product introduction: The optical fiber series is a new generation of laser marking machine system developed by our company using the advanced laser technology in the world. The laser is output by a fiber laser, and the marking function is realized by a high-speed scanning galvanometer system. The laser marking machine has high photoelectric conversion rate, long service life, easy maintenance, air cooling, compact size, good output beam quality, high reliability, and fast marking speed, greatly improving the processing efficiency. High-precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam basic mode, short pulse, high peak power, high repetition rate, bring satisfactory marking effect to customers.
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CO2 Laser marking machine
Product name Fiber laser marking machine Laser medium Fiber Laser wavelength 1064nm Laser output power 20W/30W/50W(Optional) Modulation frequency 20kHz-200kHz Anti-hyperreflexes With special optical isolator Maximum linear speed 0-12000mm/s Marking speed 0-5000mm/s Marking depth 0.01mm-0.3mm（depend on material） Work area 110mm×110mm/150x150mm/170x170mm/200x200mm（Optional） Marking line width 0.01mm-0.1mm Minimum characte... -
Fiber laser marking machine
The optical fiber series is a new generation of laser marking machine system developed by our company using the advanced laser technology in the world. The laser is output by a fiber laser, and the marking function is realized by a high-speed scanning galvanometer system. The laser marking machine has high photoelectric conversion rate, long service life, easy maintenance, air cooling, compact size, good output beam quality, high reliability, and fast marking speed, greatly improving the processing efficiency. High-precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam basic mode, short pulse, high peak power, high repetition rate, bring satisfactory marking effect to customers.
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Portable Fibre marking machine
Product introduction: The optical fiber series is a new generation of laser marking machine system developed by our company using the advanced laser technology in the world. The laser is output by a fiber laser, and the marking function is realized by a high-speed scanning galvanometer system. The laser marking machine has high photoelectric conversion rate, long service life, easy maintenance, air cooling, compact size, good output beam quality, high reliability, and fast marking speed, greatly improving the processing efficiency. High-precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam basic mode, short pulse, high peak power, high repetition rate, bring satisfactory marking effect to customers.
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UV laser marking machine
UV laser marking machine is a series of products of laser marking machine, but it is developed by using 355nm ultraviolet laser. Compared with infrared laser, this machine uses third-order intracavity frequency doubling technology. The 355 ultraviolet light focusing spot is very small, which can greatly reduce the mechanical deformation of the material and has little processing heat effect. Because it is mainly used for ultra-fine marking and carving, it is especially suitable for marking and microporous marking of food and medical packaging materials High-speed division of glass materials and complex graphic cutting of silicon wafers.
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Handheld marking machine
The Q8 handheld smart laser machine is a portable, battery-powered and fully autonomous marking machine.Due to its powerful 24V rechargeable lithium battery power supply system, it can maintain 6-8 hours of work under normal use, with strong endurance and no cable drag, avoiding the embarrassment of sudden power failure during use. Its light weight and multiple functions make it especially suitable for perfect marking on large, cumbersome or diffificult to move workpieces.
Q8 is powerful, sturdy and reliable. The weight of the machine is 6 kg. Its marking head is only 1.25 kg. It has an ergonomic grip that comfortable to hold and easy to operate. It supports rear USB interface.Software support: text, pattern, two dimensional code, barcode, serial number, graphics and other marking content. In addition, Q8 also has a special box that is convenient for storage and can be carried to different locations. It is one of the smallest rechargeable laser marking machines on the market.
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Spilt fiber laser marking machine details
Optical fiber series is a new generation of laser marking machine system developed by our company using advanced laser technology in the world today. Using fiber laser output laser, and then through the high-speed scanning galvanometer system to achieve the marking function. Laser marking machine photoelectric conversion rate is high, long service life, easy maintenance, the use of air cooling cooling, the machine volume is small, the output beam quality is good, high reliability, and marking speed is fast, greatly improve the processing efficiency. High-precision 3D positioning technology, high-speed focusing and scanning system, laser beam fundamental mode, short pulse, peak power, high repetition rate, to bring customers satisfactory marking effect.
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Co2 laser marking machine
The carbon dioxide CO2 series laser marking machine is a gas laser machine with a wavelength of 10.6 um, belonging to the mid infrared frequency band. The Co2 laser machine has higher power and high electro-optical conversion efficiency. It uses Co2 gas as the working substance. Co2 gas and other auxiliary gases are charged into the discharge tube. When high voltage is applied to the electrode, a glow discharge is generated in the discharge tube, causing the gas molecules to emit laser light. After amplifying the released laser energy, the laser beam is formed. Automatic marking is achieved by changing the optical path of the laser beam through a computer-controlled galvanometer.
