Mark, engrave, track
your products with our fiber lasers
With more than 20 years of experience in galvanometric lasers, our partner, Portlaser, develops their own galvanometric heads from best components on the market: mirrors, high performance motors, controller.
Resulting equipment combines performance (speed and precision) and reliability (more than 100,000 hours MTBF rate) for a competitive price.
Depending on your application, our lasers can be equipped with several types of lens, determining working surface and spot size.
The smaller marking size is, the more spot is concentrated and the more laser will "attack" processed material.
A red pointer is available as standard on all machines. It simulates the laser path through a visible red spot and ensures precise positioning of marking on the processed part.
Our machines are equipped with Marking Mate software. Efficient for piloting industrial applications, it is very user-friendly for operator.
Mark Pro 3 version is a Class 1 closed station.
It is however possible to engrave larger pieces when opening the side doors. Operator needs to work with protective glasses and the laser turns to Class 2.
Pendulum table makes work easier for operator. Processed part is placed on the drawer. It is detected and automatically moved to the marking area. Once processed, it comes out to be replaced by a new one.
The workstation is delivered complete with PC and software.
On Pro Max-I model, fiber laser unit is assembled on a frame equipped with a 2, 3, 4, 6-position turning table including separation walls.
Production rate is greatly increased : one part is engraved, while previous one is removed and new one is loaded. Other positions can be used for other operations.
The galvanometric head of Fiber Max Pro XY laser is assembled on two X and Y axes.
The laser can engrave a 220 x 220 mm section , then head is automatically moved to the next section.
Important advantage of sectional engraving is to allow large surface marking: 1000 x 500 mm.
Rotary tool is used to rotate cylindric parts, allowing to engrave around or inside the cylinder.
It is commonly used in jewelry business.
Models
Technical specifications
Laser fiber machine for marking/cutting/engraving works.
Air cooled fiber laser from 20 w to 50 w
From 70 x 70 to 300 x 300 mm according to lens
The galvanometric head is positioned at proper height (depending on lens model) when mounted on the production line.
No limit according to the galvanichead mounting above the working area.
above 7000 mm / secs
The area to mark is simulated by a red dot laser pointer 650 nm / 2 mw
USB
Marking Mate.
able to import : PLT, DXF, BMP, PCX, TIFF, JPEG, AI, GIF ... files
Integration into an automation system is very easy.
All necessary I/O signals for integration are provided.
Galvanometric heads ensure engraving speeds up to 7000 mm/sec.
In addition of their speed, galvanometric heads are very precise in positioning terms.
No part is in contact with processed material
No belt, bearing or optics is in contact with dust.
It is only necessary to clean the lens from time to time....nothing else.
The exhaust device is used for localized extraction of dust, smoke particles and gases in order to protect both laser optics and user's health.
Polluted air is collected and led to the filter system through an extraction hose. Dust and fine particles are 99.97 % removed by the particle filter and odours are suppressed by the carbon filter.
Unlike the exhaust system, air is not filtered but only sucked and blown outside.
An opening in the wall or ceiling is necessary to release sucked-in air
To mark cylindrical parts. The processed part is clamped in a chuck and rotated. Marking is laser engraved all around the cylinder.
Vacuum allows thin materials (paper, cardboard) to be plated and not to move during engraving / cutting process.
Applications
Customization of promotional gifts with a fiber laser: metals and plastics
Metal engraving in medical industry : identification in accordance with strict directives
Electronic industry, plastic industry : high contrast marking on plastics with a fiber laser.
Manufacturing date, serial number ... marked on metal with a fiber laser machine
Inside / outside jewel engraving for jewelry
Engraving of nameplates : stainless steel, aluminum, brass, ... with a fiber laser.
High contrast marking on plastics with fiber lasers : manufacturing date, batch number, dynamic contents ...
Metal cutting: gold, silver, brass ... with a fiber laser: jewelry, fantasy, design, fashion ...
Fiber laser marking on plastic parts: logistics, traceability, increments, ...
Applications
Customization of promotional gifts with a fiber laser: metals and plastics
Metal engraving in medical industry : identification in accordance with strict directives
Electronic industry, plastic industry : high contrast marking on plastics with a fiber laser.
Manufacturing date, serial number ... marked on metal with a fiber laser machine
Inside / outside jewel engraving for jewelry
Engraving of nameplates : stainless steel, aluminum, brass, ... with a fiber laser.
High contrast marking on plastics with fiber lasers : manufacturing date, batch number, dynamic contents ...
Metal cutting: gold, silver, brass ... with a fiber laser: jewelry, fantasy, design, fashion ...
Fiber laser marking on plastic parts: logistics, traceability, increments, ...
Applications
Customization of promotional gifts with a fiber laser: metals and plastics
Metal engraving in medical industry : identification in accordance with strict directives
Electronic industry, plastic industry : high contrast marking on plastics with a fiber laser.
Manufacturing date, serial number ... marked on metal with a fiber laser machine
Inside / outside jewel engraving for jewelry
Engraving of nameplates : stainless steel, aluminum, brass, ... with a fiber laser.
High contrast marking on plastics with fiber lasers : manufacturing date, batch number, dynamic contents ...
Metal cutting: gold, silver, brass ... with a fiber laser: jewelry, fantasy, design, fashion ...
Fiber laser marking on plastic parts: logistics, traceability, increments, ...
Applications
Customization of promotional gifts with a fiber laser: metals and plastics
Metal engraving in medical industry : identification in accordance with strict directives
Electronic industry, plastic industry : high contrast marking on plastics with a fiber laser.
Manufacturing date, serial number ... marked on metal with a fiber laser machine
Inside / outside jewel engraving for jewelry
Engraving of nameplates : stainless steel, aluminum, brass, ... with a fiber laser.
High contrast marking on plastics with fiber lasers : manufacturing date, batch number, dynamic contents ...
Metal cutting: gold, silver, brass ... with a fiber laser: jewelry, fantasy, design, fashion ...
Fiber laser marking on plastic parts: logistics, traceability, increments, ...
Applications
Customization of promotional gifts with a fiber laser: metals and plastics
Metal engraving in medical industry : identification in accordance with strict directives
Electronic industry, plastic industry : high contrast marking on plastics with a fiber laser.
Manufacturing date, serial number ... marked on metal with a fiber laser machine
Inside / outside jewel engraving for jewelry
Engraving of nameplates : stainless steel, aluminum, brass, ... with a fiber laser.
High contrast marking on plastics with fiber lasers : manufacturing date, batch number, dynamic contents ...
Metal cutting: gold, silver, brass ... with a fiber laser: jewelry, fantasy, design, fashion ...
Fiber laser marking on plastic parts: logistics, traceability, increments, ...
Videos
Documentation
Download
Faq
The two technologies are different in terms of wavelength (Fiber = 1.064 and Co2 = 10.64 micrometers).
Wavelength being more or less absorbed according to materials, laser source should be selected according to material nature and desired application (marking / engraving / cutting)
CO2 source
Marking: wood, paper, cardboard, leather, textile, ceramic, cork, anodized aluminum, lacquered metals.
Engraving: Wood, glass, paper, cardboard, leather, textile, mirror, stone, cork, lacquered metals, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam
Cutting: Wood, paper, cardboard, leather, textile, cork, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam.
Fiber Source
Marking: colored paper, leather, textile, ceramic, aluminum, anodized aluminum, precious metals, Steel, brass, copper, titanium, stainless steel, PA, PBT, PC, PE, PES, PET, PE, PP, PS, PUR, Foam
Engraving: Mirror, Ceramic, aluminum, anodized aluminum, lacquered metals, precious metals, Steel, brass, copper, titanium, stainless steel.
Cutting: fine metals up to 0.5 mm
Wavelength of fiber lasers is 1,064 micrometers, with a very small beam diameter and a much higher power than a same power Co2 machine (about 100 times greater).
They are used for metal marking and engraving : stainless steel, silver, gold, brass, titanium ... and for high contrast marking on plastics but also on leather, textiles and paper.
They can also be used in thin metal cutting, for instance in for jewelery business : gold, silver,etc
Depending on processed material and application (engraving, marking or cutting), power should be adapted.
For plastic or metal marking applications, low power is necessary.
For engraving or cutting applications, higher power is advised.
Our technical department can make tests and determine the most suitable equipement for your products.
Our machine range is available in different powers and working surfaces:
- power from 20 to 50 w
- working sizes from 70 x 70 mm to 1000 x 500 mm
and different technologies depending on required productivity and automation level :
- OEM integrable in production lines
- Fiber mark Pro 3 in stand alone working station
- Pendulum fiber mark for a first level of automation
- Fiber Mark Pro Max I with indexed turn table
- Fiber Max Pro Max XY for a large marking surface.
Our range flexibility will allow us to find the right version complying with your specifications.
All our fiber lasers are equipped with galvanometric heads for beam guidage.
The head is "waterproof" and maintenance is almost non-existent. The only output lens should be cleaned regularly, but since it is located far from processed materiel, it does not get very dirty.
Expected life of laser source is several years (MTBM 100,000 hours).
Our lasers are safe for the operator.
There are several laser classes
- class 1: Lasers that are safe when used, even for direct vision of the beam over a long period and even when using telescopic optical devices.
- class 2: Lasers emitting from 400 nm to 700 nm wavelength visible radiation, harmless for temporary exposures (0.25 s), but harmful in case deliberate vision of the beam.
- class 3: Lasers emitting radiation which may exceed the EMP in case of direct vision of the beam, but with relatively low risk of injury in most cases. We do not have this type of laser.
- class 4: Lasers for which vision in the beam and skin exposure are dangerous.Also, vision of diffuse reflections can be dangerous. A fire hazard is also often present with this kind of laser. They require wearing protective glasses.
Our lasers belong to the 2nd class as they are equipped as standard with a red dot pointer allowing to simulate work or start it at a determined place. The red dot pointer power being very low (less than one mw), it is not dangerous.
All our machines comply with CE standards and meet requirements of Machinery Directive 2006/42 / EC.
They are supplied with:
- a key switch to start the tube
- door safety systems immediatly stopping laser emission in case the laser compartment is opened.
- an easily accessible emergency stop button.
- a special safety window for absorption of the laser beam.
The two technologies are different in terms of wavelength (Fiber = 1.064 and Co2 = 10.64 micrometers).
Wavelength being more or less absorbed according to materials, laser source should be selected according to material nature and desired application (marking / engraving / cutting)
CO2 source
Marking: wood, paper, cardboard, leather, textile, ceramic, cork, anodized aluminum, lacquered metals.
Engraving: Wood, glass, paper, cardboard, leather, textile, mirror, stone, cork, lacquered metals, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam
Cutting: Wood, paper, cardboard, leather, textile, cork, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam.
Fiber Source
Marking: colored paper, leather, textile, ceramic, aluminum, anodized aluminum, precious metals, Steel, brass, copper, titanium, stainless steel, PA, PBT, PC, PE, PES, PET, PE, PP, PS, PUR, Foam
Engraving: Mirror, Ceramic, aluminum, anodized aluminum, lacquered metals, precious metals, Steel, brass, copper, titanium, stainless steel.
Cutting: fine metals up to 0.5 mm
Wavelength of fiber lasers is 1,064 micrometers, with a very small beam diameter and a much higher power than a same power Co2 machine (about 100 times greater).
They are used for metal marking and engraving : stainless steel, silver, gold, brass, titanium ... and for high contrast marking on plastics but also on leather, textiles and paper.
They can also be used in thin metal cutting, for instance in for jewelery business : gold, silver,etc
Depending on processed material and application (engraving, marking or cutting), power should be adapted.
For plastic or metal marking applications, low power is necessary.
For engraving or cutting applications, higher power is advised.
Our technical department can make tests and determine the most suitable equipement for your products.
Our machine range is available in different powers and working surfaces:
- power from 20 to 50 w
- working sizes from 70 x 70 mm to 1000 x 500 mm
and different technologies depending on required productivity and automation level :
- OEM integrable in production lines
- Fiber mark Pro 3 in stand alone working station
- Pendulum fiber mark for a first level of automation
- Fiber Mark Pro Max I with indexed turn table
- Fiber Max Pro Max XY for a large marking surface.
Our range flexibility will allow us to find the right version complying with your specifications.
All our fiber lasers are equipped with galvanometric heads for beam guidage.
The head is "waterproof" and maintenance is almost non-existent. The only output lens should be cleaned regularly, but since it is located far from processed materiel, it does not get very dirty.
Expected life of laser source is several years (MTBM 100,000 hours).
Our lasers are safe for the operator.
There are several laser classes
- class 1: Lasers that are safe when used, even for direct vision of the beam over a long period and even when using telescopic optical devices.
- class 2: Lasers emitting from 400 nm to 700 nm wavelength visible radiation, harmless for temporary exposures (0.25 s), but harmful in case deliberate vision of the beam.
- class 3: Lasers emitting radiation which may exceed the EMP in case of direct vision of the beam, but with relatively low risk of injury in most cases. We do not have this type of laser.
- class 4: Lasers for which vision in the beam and skin exposure are dangerous.Also, vision of diffuse reflections can be dangerous. A fire hazard is also often present with this kind of laser. They require wearing protective glasses.
Our lasers belong to the 2nd class as they are equipped as standard with a red dot pointer allowing to simulate work or start it at a determined place. The red dot pointer power being very low (less than one mw), it is not dangerous.
All our machines comply with CE standards and meet requirements of Machinery Directive 2006/42 / EC.
They are supplied with:
- a key switch to start the tube
- door safety systems immediatly stopping laser emission in case the laser compartment is opened.
- an easily accessible emergency stop button.
- a special safety window for absorption of the laser beam.
The two technologies are different in terms of wavelength (Fiber = 1.064 and Co2 = 10.64 micrometers).
Wavelength being more or less absorbed according to materials, laser source should be selected according to material nature and desired application (marking / engraving / cutting)
CO2 source
Marking: wood, paper, cardboard, leather, textile, ceramic, cork, anodized aluminum, lacquered metals.
Engraving: Wood, glass, paper, cardboard, leather, textile, mirror, stone, cork, lacquered metals, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam
Cutting: Wood, paper, cardboard, leather, textile, cork, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam.
Fiber Source
Marking: colored paper, leather, textile, ceramic, aluminum, anodized aluminum, precious metals, Steel, brass, copper, titanium, stainless steel, PA, PBT, PC, PE, PES, PET, PE, PP, PS, PUR, Foam
Engraving: Mirror, Ceramic, aluminum, anodized aluminum, lacquered metals, precious metals, Steel, brass, copper, titanium, stainless steel.
Cutting: fine metals up to 0.5 mm
Wavelength of fiber lasers is 1,064 micrometers, with a very small beam diameter and a much higher power than a same power Co2 machine (about 100 times greater).
They are used for metal marking and engraving : stainless steel, silver, gold, brass, titanium ... and for high contrast marking on plastics but also on leather, textiles and paper.
They can also be used in thin metal cutting, for instance in for jewelery business : gold, silver,etc
Depending on processed material and application (engraving, marking or cutting), power should be adapted.
For plastic or metal marking applications, low power is necessary.
For engraving or cutting applications, higher power is advised.
Our technical department can make tests and determine the most suitable equipement for your products.
Our machine range is available in different powers and working surfaces:
- power from 20 to 50 w
- working sizes from 70 x 70 mm to 1000 x 500 mm
and different technologies depending on required productivity and automation level :
- OEM integrable in production lines
- Fiber mark Pro 3 in stand alone working station
- Pendulum fiber mark for a first level of automation
- Fiber Mark Pro Max I with indexed turn table
- Fiber Max Pro Max XY for a large marking surface.
Our range flexibility will allow us to find the right version complying with your specifications.
All our fiber lasers are equipped with galvanometric heads for beam guidage.
The head is "waterproof" and maintenance is almost non-existent. The only output lens should be cleaned regularly, but since it is located far from processed materiel, it does not get very dirty.
Expected life of laser source is several years (MTBM 100,000 hours).
Our lasers are safe for the operator.
There are several laser classes
- class 1: Lasers that are safe when used, even for direct vision of the beam over a long period and even when using telescopic optical devices.
- class 2: Lasers emitting from 400 nm to 700 nm wavelength visible radiation, harmless for temporary exposures (0.25 s), but harmful in case deliberate vision of the beam.
- class 3: Lasers emitting radiation which may exceed the EMP in case of direct vision of the beam, but with relatively low risk of injury in most cases. We do not have this type of laser.
- class 4: Lasers for which vision in the beam and skin exposure are dangerous.Also, vision of diffuse reflections can be dangerous. A fire hazard is also often present with this kind of laser. They require wearing protective glasses.
Our lasers belong to the 2nd class as they are equipped as standard with a red dot pointer allowing to simulate work or start it at a determined place. The red dot pointer power being very low (less than one mw), it is not dangerous.
All our machines comply with CE standards and meet requirements of Machinery Directive 2006/42 / EC.
They are supplied with:
- a key switch to start the tube
- door safety systems immediatly stopping laser emission in case the laser compartment is opened.
- an easily accessible emergency stop button.
- a special safety window for absorption of the laser beam.
The two technologies are different in terms of wavelength (Fiber = 1.064 and Co2 = 10.64 micrometers).
Wavelength being more or less absorbed according to materials, laser source should be selected according to material nature and desired application (marking / engraving / cutting)
CO2 source
Marking: wood, paper, cardboard, leather, textile, ceramic, cork, anodized aluminum, lacquered metals.
Engraving: Wood, glass, paper, cardboard, leather, textile, mirror, stone, cork, lacquered metals, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam
Cutting: Wood, paper, cardboard, leather, textile, cork, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam.
Fiber Source
Marking: colored paper, leather, textile, ceramic, aluminum, anodized aluminum, precious metals, Steel, brass, copper, titanium, stainless steel, PA, PBT, PC, PE, PES, PET, PE, PP, PS, PUR, Foam
Engraving: Mirror, Ceramic, aluminum, anodized aluminum, lacquered metals, precious metals, Steel, brass, copper, titanium, stainless steel.
Cutting: fine metals up to 0.5 mm
Wavelength of fiber lasers is 1,064 micrometers, with a very small beam diameter and a much higher power than a same power Co2 machine (about 100 times greater).
They are used for metal marking and engraving : stainless steel, silver, gold, brass, titanium ... and for high contrast marking on plastics but also on leather, textiles and paper.
They can also be used in thin metal cutting, for instance in for jewelery business : gold, silver,etc
Depending on processed material and application (engraving, marking or cutting), power should be adapted.
For plastic or metal marking applications, low power is necessary.
For engraving or cutting applications, higher power is advised.
Our technical department can make tests and determine the most suitable equipement for your products.
Our machine range is available in different powers and working surfaces:
- power from 20 to 50 w
- working sizes from 70 x 70 mm to 1000 x 500 mm
and different technologies depending on required productivity and automation level :
- OEM integrable in production lines
- Fiber mark Pro 3 in stand alone working station
- Pendulum fiber mark for a first level of automation
- Fiber Mark Pro Max I with indexed turn table
- Fiber Max Pro Max XY for a large marking surface.
Our range flexibility will allow us to find the right version complying with your specifications.
All our fiber lasers are equipped with galvanometric heads for beam guidage.
The head is "waterproof" and maintenance is almost non-existent. The only output lens should be cleaned regularly, but since it is located far from processed materiel, it does not get very dirty.
Expected life of laser source is several years (MTBM 100,000 hours).
Our lasers are safe for the operator.
There are several laser classes
- class 1: Lasers that are safe when used, even for direct vision of the beam over a long period and even when using telescopic optical devices.
- class 2: Lasers emitting from 400 nm to 700 nm wavelength visible radiation, harmless for temporary exposures (0.25 s), but harmful in case deliberate vision of the beam.
- class 3: Lasers emitting radiation which may exceed the EMP in case of direct vision of the beam, but with relatively low risk of injury in most cases. We do not have this type of laser.
- class 4: Lasers for which vision in the beam and skin exposure are dangerous.Also, vision of diffuse reflections can be dangerous. A fire hazard is also often present with this kind of laser. They require wearing protective glasses.
Our lasers belong to the 2nd class as they are equipped as standard with a red dot pointer allowing to simulate work or start it at a determined place. The red dot pointer power being very low (less than one mw), it is not dangerous.
All our machines comply with CE standards and meet requirements of Machinery Directive 2006/42 / EC.
They are supplied with:
- a key switch to start the tube
- door safety systems immediatly stopping laser emission in case the laser compartment is opened.
- an easily accessible emergency stop button.
- a special safety window for absorption of the laser beam.
The two technologies are different in terms of wavelength (Fiber = 1.064 and Co2 = 10.64 micrometers).
Wavelength being more or less absorbed according to materials, laser source should be selected according to material nature and desired application (marking / engraving / cutting)
CO2 source
Marking: wood, paper, cardboard, leather, textile, ceramic, cork, anodized aluminum, lacquered metals.
Engraving: Wood, glass, paper, cardboard, leather, textile, mirror, stone, cork, lacquered metals, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam
Cutting: Wood, paper, cardboard, leather, textile, cork, PMMA, PA, PC, PE, PES, PET, PP, PS, PPS, Foam.
Fiber Source
Marking: colored paper, leather, textile, ceramic, aluminum, anodized aluminum, precious metals, Steel, brass, copper, titanium, stainless steel, PA, PBT, PC, PE, PES, PET, PE, PP, PS, PUR, Foam
Engraving: Mirror, Ceramic, aluminum, anodized aluminum, lacquered metals, precious metals, Steel, brass, copper, titanium, stainless steel.
Cutting: fine metals up to 0.5 mm
Wavelength of fiber lasers is 1,064 micrometers, with a very small beam diameter and a much higher power than a same power Co2 machine (about 100 times greater).
They are used for metal marking and engraving : stainless steel, silver, gold, brass, titanium ... and for high contrast marking on plastics but also on leather, textiles and paper.
They can also be used in thin metal cutting, for instance in for jewelery business : gold, silver,etc
Depending on processed material and application (engraving, marking or cutting), power should be adapted.
For plastic or metal marking applications, low power is necessary.
For engraving or cutting applications, higher power is advised.
Our technical department can make tests and determine the most suitable equipement for your products.
Our machine range is available in different powers and working surfaces:
- power from 20 to 50 w
- working sizes from 70 x 70 mm to 1000 x 500 mm
and different technologies depending on required productivity and automation level :
- OEM integrable in production lines
- Fiber mark Pro 3 in stand alone working station
- Pendulum fiber mark for a first level of automation
- Fiber Mark Pro Max I with indexed turn table
- Fiber Max Pro Max XY for a large marking surface.
Our range flexibility will allow us to find the right version complying with your specifications.
All our fiber lasers are equipped with galvanometric heads for beam guidage.
The head is "waterproof" and maintenance is almost non-existent. The only output lens should be cleaned regularly, but since it is located far from processed materiel, it does not get very dirty.
Expected life of laser source is several years (MTBM 100,000 hours).
Our lasers are safe for the operator.
There are several laser classes
- class 1: Lasers that are safe when used, even for direct vision of the beam over a long period and even when using telescopic optical devices.
- class 2: Lasers emitting from 400 nm to 700 nm wavelength visible radiation, harmless for temporary exposures (0.25 s), but harmful in case deliberate vision of the beam.
- class 3: Lasers emitting radiation which may exceed the EMP in case of direct vision of the beam, but with relatively low risk of injury in most cases. We do not have this type of laser.
- class 4: Lasers for which vision in the beam and skin exposure are dangerous.Also, vision of diffuse reflections can be dangerous. A fire hazard is also often present with this kind of laser. They require wearing protective glasses.
Our lasers belong to the 2nd class as they are equipped as standard with a red dot pointer allowing to simulate work or start it at a determined place. The red dot pointer power being very low (less than one mw), it is not dangerous.
All our machines comply with CE standards and meet requirements of Machinery Directive 2006/42 / EC.
They are supplied with:
- a key switch to start the tube
- door safety systems immediatly stopping laser emission in case the laser compartment is opened.
- an easily accessible emergency stop button.
- a special safety window for absorption of the laser beam.
