This machine is designed compactly in small size. It adopts high speed scan-head and sealed CO2 laser tube, and uses high quality stable power supply. It has many advantages, such as high accuracy, quick speed, stable performance, and it can be used for marking and hole punching for all kinds of cloth materials, leathers and other materials. This machine owns the best quality with the most favorable price.
CO2 Laser Marking Machine Features
High marker precision, high speed, controllable carving depth.
Big laser power, suitable carving and cutting nonmetal products.
Low cost, life span for the tube is around 10000hours with very cheap price.
Clear mark, high carving and cutting efficiency, environmental friendly, and energy saving.
Technical Parameters
Model
GZ80
Laser power
80W
Laser wave-length (um)
10．64μm
Laser repetition frequency
≤25kHz
Working area
110*110mm, 200mmX200mm, 300mmX300mm
Marking depth (mm)
≤3mm
Marking speed (mm)
≤7000mm/s
Min. line width (mm)
0.2mm
Min. character size (mm)
0.5mm
Repetition accuracy (mm)
±0.01
Power consumed (kW)
<1200W
Electrical source
220V 50Hz 8A
Cooling system
Water cooling
Software
Win XP + EZCAD marker system
Operating temperature
0℃—30℃
Net Weight
200KGs
Working voltage
AC 110 – 220V±10%, 50 – 60Hz
Available Materials
Wood, paper, leather, cloth, plexiglass, epoxy, acrylic, unsaturated polyester resin, wood products, fabric, leather, organic glass, epoxy resin and other non metal material
CO2 Laser Marking Machine Application
Widely used in leather, food, beverage, cloth, electronic, meter, communication instruments, arts and crafts, furniture, leather and costume, advertising label, model making, food packaging, electronic components, medicine packaging, printing plate making, shell label, etc. It can be combined with streamline for online marking.
This series use imported high-speed scanning galvanometer from Germany with photoelectric conversion efficiency, fiber laser, long lifespan, high marking speed, high quality output beam and high reliability.
It is used in metals, and some nonmetal, such as gold, silver, iron, components of automobiles and motorcycle, packaging of goods, drink and cigarette, nameplate, jewelry, watches etc. It can make kinds of graphs, words and signals. It can be integrated in the industrial production process.
It’s very convenient to modify serial No. or date, even that it can act automatically including marking the current year, month, day, hour, minute and second. During the continuous working process, it timely tracks and modifies these data. Its characteristic is high marking speed and precision marking effect.
Fiber Laser Marking Machine Features
Fiber laser marking machine is the 3th-generation laser marking machine which is manufactured by the most advanced laser technology in current of the world.
The quality of laser beam is very good(near to the limit of diffraction, exporting TEM00 fundamental transverse mode, M2 near to 1,expanding angle of laser beam is only 1/4 of the diode laser marker),Therefore it is very suitable for delicate marking.
With high repeat frequency of the pulse, power outputs steadily, energy surge of single pulse is lower than 1%, BML-F can achieve high speed marking and control the depth and shape of the facula.
The processing speed of BML-F is 2-3 times than the traditional marking machine.
Air cooling, the size of the machine is very small.
Long life, ultra-low power consumption, the conversion efficiency is more than 30%, the unit power of the machine is no more than 0.5kw.
With red light positioning device accurately indicates the location of the processing of the laser head, eliminate the trouble about manual positioning.
Technical Parameters
Model
GZ50F3
Laser Type
Ytterbium Fiber
Laser power
50w(optional 30W, 20W)
Laser wave-length (nm)
1060~1070nm
Q frequency
20~100KHz
Working area
110*110mm, 200mmX200mm, 300mmX300mm
Marking depth (mm)
≤0.5mm
Min. line width (mm)
0.015mm
Min. character size (mm)
0.1mm
Max marking speed
≤10000mm/s
Engraving line speed
≤7000mm/s
Repetition accuracy (mm)
±0.001mm
Beam quality m2
1.2~1.8m2
Power consumed (kW)
<0.5kw
Electrical source
220V 50Hz
Cooling system
Air cooling
Software
Win XP + EZCAD marker system
Graphic format supported
BMP,JPG,GIF,TGA, PNG,TIF,AI,DXF,DST,PLT
Operating temperature
0℃—35℃
Net Weight
120KGs
Working voltage
AC 110 – 220V±10%, 50 – 60Hz
Available Materials
Carve metal and nonmetal materials: common metal and alloy (all metals include iron, copper, aluminum, magnesium and zinc), rare metal and alloy (gold, nickel, and titanium), metal oxide, special surface process (phosphating, aluminum anodizing and electroplated surface), ABS material (electric apparatus shell, daily necessities), ink (light-transmitting keys, printing products), epoxy resin (packages and insulating layer of electronic components), mobile phone keypad, plastic translucent keys, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tools, accessories, knives, eyeglasses and clocks, jewelry, auto parts, luggage buckle, cooking utensils and so on.
Fiber Laser Marking Machine Application
It is more suitable for circumstances that require super fine and high precision. It is applied to electronic components, integrated circuit (IC), electric apparatus, mobile communication, hardware products, tool fittings, precision instrument, glasses, watch and clock, jewelry, automobile parts, plastic keys, construction materials, PVC pipes, medical instruments, etc.
This series use imported high-speed scanning galvanometer from Germany with photoelectric conversion efficiency, fiber laser, long lifespan, high marking speed, high quality output beam and high reliability.
It is used in metals, and some nonmetal, such as gold, silver, iron, components of automobiles and motorcycle, packaging of goods, drink and cigarette, nameplate, jewelry, watches etc. It can make kinds of graphs, words and signals. It can be integrated in the industrial production process.
It’s very convenient to modify serial No. or date, even that it can act automatically including marking the current year, month, day, hour, minute and second. During the continuous working process, it timely tracks and modifies these data. Its characteristic is high marking speed and precision marking effect.
Fiber Laser Marking Machine Features
Fiber laser marking machine is the 3th-generation laser marking machine which is manufactured by the most advanced laser technology in current of the world.
The quality of laser beam is very good(near to the limit of diffraction, exporting TEM00 fundamental transverse mode, M2 near to 1,expanding angle of laser beam is only 1/4 of the diode laser marker),Therefore it is very suitable for delicate marking.
With high repeat frequency of the pulse, power outputs steadily, energy surge of single pulse is lower than 1%, BML-F can achieve high speed marking and control the depth and shape of the facula.
The processing speed of BML-F is 2-3 times than the traditional marking machine.
Air cooling, the size of the machine is very small.
Long life, ultra-low power consumption, the conversion efficiency is more than 30%, the unit power of the machine is no more than 0.5kw.
With red light positioning device accurately indicates the location of the processing of the laser head, eliminate the trouble about manual positioning.
Technical Parameters
Model
GZ50F2
Laser Type
Ytterbium Fiber
Laser power
50w(optional 30W, 20W)
Laser wave-length (nm)
1060~1070nm
Q frequency
20~100KHz
Working area
110*110mm, 200mmX200mm, 300mmX300mm
Marking depth (mm)
≤0.5mm
Min. line width (mm)
0.015mm
Min. character size (mm)
0.1mm
Max marking speed
≤10000mm/s
Engraving line speed
≤7000mm/s
Repetition accuracy (mm)
±0.001mm
Beam quality m2
1.2~1.8m2
Power consumed (kW)
<0.5kw
Electrical source
220V 50Hz
Cooling system
Air cooling
Software
Win XP + EZCAD marker system
Graphic format supported
BMP,JPG,GIF,TGA, PNG,TIF,AI,DXF,DST,PLT
Operating temperature
0℃—35℃
Net Weight
120KGs
Working voltage
AC 110 – 220V±10%, 50 – 60Hz
Available Materials
Carve metal and nonmetal materials: common metal and alloy (all metals include iron, copper, aluminum, magnesium and zinc), rare metal and alloy (gold, nickel, and titanium), metal oxide, special surface process (phosphating, aluminum anodizing and electroplated surface), ABS material (electric apparatus shell, daily necessities), ink (light-transmitting keys, printing products), epoxy resin (packages and insulating layer of electronic components), mobile phone keypad, plastic translucent keys, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tools, accessories, knives, eyeglasses and clocks, jewelry, auto parts, luggage buckle, cooking utensils and so on.
Fiber Laser Marking Machine Application
It is more suitable for circumstances that require super fine and high precision. It is applied to electronic components, integrated circuit (IC), electric apparatus, mobile communication, hardware products, tool fittings, precision instrument, glasses, watch and clock, jewelry, automobile parts, plastic keys, construction materials, PVC pipes, medical instruments, etc.
This series use imported high-speed scanning galvanometer from Germany with photoelectric conversion efficiency, fiber laser, long lifespan, high marking speed, high quality output beam and high reliability.
It is used in metals, and some nonmetal, such as gold, silver, iron, components of automobiles and motorcycle, packaging of goods, drink and cigarette, nameplate, jewelry, watches etc. It can make kinds of graphs, words and signals. It can be integrated in the industrial production process.
It’s very convenient to modify serial No. or date, even that it can act automatically including marking the current year, month, day, hour, minute and second. During the continuous working process, it timely tracks and modifies these data. Its characteristic is high marking speed and precision marking effect.
Fiber Laser Marking Machine Features
Fiber laser marking machine is the 3th-generation laser marking machine which is manufactured by the most advanced laser technology in current of the world.
The quality of laser beam is very good(near to the limit of diffraction, exporting TEM00 fundamental transverse mode, M2 near to 1,expanding angle of laser beam is only 1/4 of the diode laser marker),Therefore it is very suitable for delicate marking.
With high repeat frequency of the pulse, power outputs steadily, energy surge of single pulse is lower than 1%, BML-F can achieve high speed marking and control the depth and shape of the facula.
The processing speed of BML-F is 2-3 times than the traditional marking machine.
Air cooling, the size of the machine is very small.
Long life, ultra-low power consumption, the conversion efficiency is more than 30%, the unit power of the machine is no more than 0.5kw.
With red light positioning device accurately indicates the location of the processing of the laser head, eliminate the trouble about manual positioning.
Technical Parameters
Model
GZ50F1
Laser Type
Ytterbium Fiber
Laser power
50w(optional 30W, 20W)
Laser wave-length (nm)
1060~1070nm
Q frequency
20~100KHz
Working area
110*110mm, 200mmX200mm, 300mmX300mm
Marking depth (mm)
≤0.5mm
Min. line width (mm)
0.015mm
Min. character size (mm)
0.1mm
Max marking speed
≤10000mm/s
Engraving line speed
≤7000mm/s
Repetition accuracy (mm)
±0.001mm
Beam quality m2
1.2~1.8m2
Power consumed (kW)
<0.5kw
Electrical source
220V 50Hz
Cooling system
Air cooling
Software
Win XP + EZCAD marker system
Graphic format supported
BMP,JPG,GIF,TGA, PNG,TIF,AI,DXF,DST,PLT
Operating temperature
0℃—35℃
Net Weight
120KGs
Working voltage
AC 110 – 220V±10%, 50 – 60Hz
Available Materials
Carve metal and nonmetal materials: common metal and alloy (all metals include iron, copper, aluminum, magnesium and zinc), rare metal and alloy (gold, nickel, and titanium), metal oxide, special surface process (phosphating, aluminum anodizing and electroplated surface), ABS material (electric apparatus shell, daily necessities), ink (light-transmitting keys, printing products), epoxy resin (packages and insulating layer of electronic components), mobile phone keypad, plastic translucent keys, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tools, accessories, knives, eyeglasses and clocks, jewelry, auto parts, luggage buckle, cooking utensils and so on.
Fiber Laser Marking Machine Application
It is more suitable for circumstances that require super fine and high precision. It is applied to electronic components, integrated circuit (IC), electric apparatus, mobile communication, hardware products, tool fittings, precision instrument, glasses, watch and clock, jewelry, automobile parts, plastic keys, construction materials, PVC pipes, medical instruments, etc.
This series use imported high-speed scanning galvanometer from Germany with photoelectric conversion efficiency, fiber laser, long lifespan, high marking speed, high quality output beam and high reliability.
It is used in metals, and some nonmetal, such as gold, silver, iron, components of automobiles and motorcycle, packaging of goods, drink and cigarette, nameplate, jewelry, watches etc. It can make kinds of graphs, words and signals. It can be integrated in the industrial production process.
It’s very convenient to modify serial No. or date, even that it can act automatically including marking the current year, month, day, hour, minute and second. During the continuous working process, it timely tracks and modifies these data. Its characteristic is high marking speed and precision marking effect.
Fiber Laser Marking Machine Features
Fiber laser marking machine is the 3th-generation laser marking machine which is manufactured by the most advanced laser technology in current of the world.
The quality of laser beam is very good(near to the limit of diffraction, exporting TEM00 fundamental transverse mode, M2 near to 1,expanding angle of laser beam is only 1/4 of the diode laser marker),Therefore it is very suitable for delicate marking.
With high repeat frequency of the pulse, power outputs steadily, energy surge of single pulse is lower than 1%, BML-F can achieve high speed marking and control the depth and shape of the facula.
The processing speed of BML-F is 2-3 times than the traditional marking machine.
Air cooling, the size of the machine is very small.
Long life, ultra-low power consumption, the conversion efficiency is more than 30%, the unit power of the machine is no more than 0.5kw.
With red light positioning device accurately indicates the location of the processing of the laser head, eliminate the trouble about manual positioning.
Technical Parameters
Model
GZ50F
Laser Type
Ytterbium Fiber
Laser power
50w(optional 30W, 20W)
Laser wave-length (nm)
1060~1070nm
Q frequency
20~100KHz
Working area
110*110mm, 200mmX200mm, 300mmX300mm
Marking depth (mm)
≤0.5mm
Min. line width (mm)
0.015mm
Min. character size (mm)
0.1mm
Max marking speed
≤10000mm/s
Engraving line speed
≤7000mm/s
Repetition accuracy (mm)
±0.001mm
Beam quality m2
1.2~1.8m2
Power consumed (kW)
<0.5kw
Electrical source
220V 50Hz
Cooling system
Air cooling
Software
Win XP + EZCAD marker system
Graphic format supported
BMP,JPG,GIF,TGA, PNG,TIF,AI,DXF,DST,PLT
Operating temperature
0℃—35℃
Net Weight
120KGs
Working voltage
AC 110 – 220V±10%, 50 – 60Hz
Available Materials
Carve metal and nonmetal materials: common metal and alloy (all metals include iron, copper, aluminum, magnesium and zinc), rare metal and alloy (gold, nickel, and titanium), metal oxide, special surface process (phosphating, aluminum anodizing and electroplated surface), ABS material (electric apparatus shell, daily necessities), ink (light-transmitting keys, printing products), epoxy resin (packages and insulating layer of electronic components), mobile phone keypad, plastic translucent keys, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tools, accessories, knives, eyeglasses and clocks, jewelry, auto parts, luggage buckle, cooking utensils and so on.
Fiber Laser Marking Machine Application
It is more suitable for circumstances that require super fine and high precision. It is applied to electronic components, integrated circuit (IC), electric apparatus, mobile communication, hardware products, tool fittings, precision instrument, glasses, watch and clock, jewelry, automobile parts, plastic keys, construction materials, PVC pipes, medical instruments, etc.
