Product Details:
Laser Type | Fiber Laser |
Usage/Application | Bulb Marking |
Marking Area | 300 x 300 mm |
Size | 800 x 650 x 1520 mm |
Laser Power | 20W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Repeat Accuracy | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Laser Type | Fiber Laser |
Usage/Application | Bulb Marking |
Marking Area | 300 x 300 mm |
Size | 800 x 650 x 1520 mm |
Cooling System | Air Cooled |
Laser Power | 30W |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Repeat Accuracy | 0.01 mm |
Minimum Character | 0.1 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Laser Wavelength | 1064 mm |
Marking Speed | 0-7000 mm/s |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Bulb Marking |
Laser Type | Fiber Laser |
Marking Area | 300 x 300 mm |
Laser Power | 50W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Laser Wavelength | 1064 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Repeat Accuracy | 0.01 mm |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Brand | Copia |
Usage/Application | Utensils Marking |
Laser Type | Fiber Laser |
Marking Area | 200 x 200 mm |
Size | 800 x 650 x 1520 mm |
Laser Wavelength | 1064 mm |
Laser Power | 20W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Minimum Line Width | 0.01 mm |
Repeat Accuracy | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Brand | Copia |
Marking Area | 175 x 175 mm |
Laser Power | 50W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Machine Power | 500W |
Repeat Accuracy | 0.01 mm |
Minimum Character | 0.1 mm |
Lifetime | 100,000 hours |
Optical Quality | M2s1.4 |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Q-Switch Frequency | 20kHz-100kHz |
Marking Speed | 0-7000 mm/s |
Country of Origin | Made in India |
Copia Laser Marking Machine are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved.
So how does a Copia Laser Marker work?
A fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Marking Area | 175 x 175 mm |
Laser Power | 30W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Minimum Character | 0.1 mm |
Lifetime | 100,000 hours |
Laser Wavelength | 1064 mm |
Machine Power | 500W |
Repeat Accuracy | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Q-Switch Frequency | 20kHz-100kHz |
Optical Quality | M2s1.4 |
Country of Origin | Made in India |
Copia Laser Marking Machine are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved.
So how does a Copia Laser Marker work?
A fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Laser Type | Fiber Laser |
Usage/Application | Metal |
Marking Area | 200 x 200 mm |
Laser Power | 20W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Optical Quality | M2s1.4 |
Minimum Character | 0.1 mm |
Repeat Accuracy | 0.01 mm |
Machine Power | 500W |
Q-Switch Frequency | 20kHz-100kHz |
Lifetime | 100,000 hours |
Laser Wavelength | 1064 mm |
Marking Speed | 0-7000 mm/s |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Capacitor Marking |
Laser Type | Fiber Laser |
Marking Area | 300 x 300 mm |
Laser Power | 30W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Repeat Accuracy | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Bearing Marking |
Laser Type | Fiber Laser |
Marking Area | 200 x 200 mm |
Brand | Copia |
Size | 800 x 650 x 1520 mm |
Laser Power | 30W |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Minimum Line Width | 0.01 mm |
Minimum Character | 0.1 mm |
Repeat Accuracy | 0.01 mm |
Laser Wavelength | 1064 mm |
Marking Speed | 0-7000 mm/s |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Pipe Marking |
Laser Type | Fiber Laser |
Brand | Copia |
Size | 800 x 650 x 1520 mm |
Laser Wavelength | 1064 mm |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Repeat Accuracy | 0.01 mm |
Laser Power | 20W |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Cooling System | Air Cooled |
Minimum Character | 0.1 mm |
Minimum Line Width | 0.01 mm |
Marking Area | 300 x 300 mm |
Marking Speed | 0-7000 mm/s |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Bulb Marking |
Marking Area | 300 x 300 mm |
Laser Type | Fiber Laser |
Brand | Copia |
Size | 800 x 650 x 1520 mm |
Laser Power | 100W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Minimum Line Width | 0.01 mm |
Repeat Accuracy | 0.01 mm |
Laser Wavelength | 1064 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Marking Area | 200 x 200 mm |
Laser Power | 30W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Lifetime | 100,000 hours |
Repeat Accuracy | 0.01 mm |
Optical Quality | M2s1.4 |
Q-Switch Frequency | 20kHz-100kHz |
Machine Power | 500W |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Brand | Copia |
Marking Area | 200 x 200 mm |
Laser Power | 100W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Lifetime | 100,000 hours |
Repeat Accuracy | 0.01 mm |
Optical Quality | M2s1.4 |
Q-Switch Frequency | 20kHz-100kHz |
Machine Power | 500W |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Marking Speed | 0-7000 mm/s |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Brand | Copia |
Marking Area | 200 x 200 mm |
Laser Power | 50W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Minimum Line Width | 0.01 mm |
Lifetime | 100,000 hours |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Minimum Character | 0.1 mm |
Laser Wavelength | 1064 mm |
Q-Switch Frequency | 20kHz-100kHz |
Optical Quality | M2s1.4 |
Marking Speed | 0-7000 mm/s |
Machine Power | 500W |
Repeat Accuracy | 0.01 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Brand | Copia |
Usage/Application | Laser Marking |
Laser Type | Fiber Laser |
Cooling | Air Cooling |
Marking Area | 300 x 300 mm |
Laser Power | 100W |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Minimum Line Width | 0.01 mm |
Q-Switch Frequency | 20kHz-100kHz |
Lifetime | 100,000 hours |
Marking Speed | 0-7000 mm/s |
Laser Wavelength | 1064 mm |
Machine Power | 500W |
Minimum Character | 0.1 mm |
Optical Quality | M2s1.4 |
Input Power Supply | AC 220V +/- 10% 50 Hz (60 Hz) |
Repeat Accuracy | 0.01 mm |
Country of Origin | Made in India |
Copia Laser Marking Machine are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved.
So how does a Copia Laser Marker work?
A fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Lamp Laser Marking |
Laser Type | Fiber Laser |
Marking Area | 300 x 300 mm |
Laser Power | 30W |
Cooling System | Air Cooled |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Minimum Character | 0.1 mm |
Marking Speed | 0-7000 mm/s |
Laser Wavelength | 1064 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Repeat Accuracy | 0.01 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Usage/Application | Diode Marking |
Laser Type | Fiber Laser |
Marking Area | 200 x 200 mm |
Brand | Copia |
Laser Power | 20W |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Cooling System | Air Cooled |
Minimum Line Width | 0.01 mm |
Marking Speed | 0-7000 mm/s |
Laser Wavelength | 1064 mm |
Repeat Accuracy | 0.01 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Minimum Character | 0.1 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Often used in the aerospace, automotive, marine engineering and creative industries.
Additional Information:
Product Details:
Usage/Application | Number Marking |
Brand | Copia |
Laser Wavelength | 1064 mm |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Laser Power | 20W |
Marking Speed | 0-7000 mm/s |
Repeat Accuracy | 0.01 mm |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Laser Type | Fiber Laser |
Cooling System | Air Cooled |
Minimum Character | 0.1 mm |
Minimum Line Width | 0.01 mm |
Marking Area | 200 x 200 mm |
Country of Origin | Made in India |
Copia Fiber Marking Lasers are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved with a Fiber marking machine.
So how does a Copia Fiber Laser Marker work?
A Fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.
Product Details:
Marking Speed Capacity | 7000 mm/s |
Laser Type | Fiber Laser |
Marking Area | 175 x 175 mm |
Laser Power | 20W |
Laser Source | IPG/ RAYCUS/ MAX/ JPT |
Size | 800 x 650 x 1520 mm |
Brand | Copia |
Minimum Line Width | 0.01 mm |
Laser Wavelength | 1064 mm |
Marking Speed | 0-7000 mm/s |
Machine Power | 500W |
Lifetime | 100,000 hours |
Repeat Accuracy | 0.01 mm |
Cooling System | Air Cooled |
Minimum Character | 0.1 mm |
Optical Quality | M2s1.4 |
Q-Switch Frequency | 20kHz-100kHz |
Input Power Supply | AC 220V +/- 10% 50Hz (60Hz) |
Country of Origin | Made in India |
Copia Laser Marking Machine are the perfect choice when it comes to etching on a wide range of materials with high precision, complex graphics are easily achieved.
So how does a Copia Laser Marker work?
A fiber laser uses a laser power source to generate a high powered laser that is transmitted through a Theta lens with incredible accuracy. The machine uses no physical moving parts and is covered with a protective pull-down cover ensuring the operator has no contact with the laser as it pulses.
As the focused laser beam passes through the Theta lens the invisible laser hits the surface of the material, effectively heating it up and oxidising the top layers, leaving the integrity of the metal intact. The laser beam is generally not powerful enough to pass through the metal unless you are using really thin foils.
A major benefit of using this kind of marking and engraving process is that fact that it is a permanent feature with high resistance to other external effects like heat, abrasion/rubbing etc.
It does all this with remarkable speed and accuracy, enabling quick turnaround of projects. A Fiber Marking Engraving Machine is generally controlled by software (in our case EZCAD which is simple to use) enabling you to generate your designs and change settings of the machine operation. You can also import your files into the software should you be designing them in software such as Coreldraw, Adobe Illustrator and other 2D CAD drawing packages.
It is used in many different applications such as:
Tool marking
Serial plaque etching
Personalisation of products
Jewellery marking/stamping
Parts etching
QR code & barcode marking
Often used in the aerospace, automotive, marine engineering and creative industries.