1064nm Infrared Laser Module for ACMER P2 & P1
1. The bundled order may be shipped in multiple packages.
2. The machine and main accessories will be shipped from U.S. or EU.
3. Other accessories and materials will be shipped from China.
Description
- Made for Engraving Metal. √ Gold √ Silver √ Platinum √ Copper ……
- Make Custom Jewelry ! Better Results on Plastic!
- 03mm Circular Laser Spot
- Compatible with ACMER P1 and ACMER P2 series
Package list
Laser Module x1
Slider x1
Wire Holder x1
Wire for P1 Series x1
Wire for P2 Series x1
Power Adapter x1
M2.5*5 Screws x2
M3*6 Screws x2
Screwdriver x1
Specifications
Product Material：6061 Aluminum
Electric Power：72W
Laser Power：2W
Laser Wavelength：1064±1nm
Modulation Method：PWM
Frequency：18-25kHz
Wiring Method：XH2.54-5pin
Operating Mode：Pulse
Spot Size：∅0.03mm
Lifespan：10000H
Operating Environment：+10℃~+35℃, 10%~80% relative humidity
Storage Temperature：-10℃~60℃, 10%~95% relative humidity
Focal Length：40mm
Applicable Models：ACMER P1/ACMER P2 (For machines of other brands, customers need to solve the fixation and wiring of the laser head themselves)
Engraving Materials：Various metals (such as gold, silver, copper, aluminum, iron, stainless steel, etc.), ABS, acrylic, PC, leather, stone, etc.
Note：The 1064 laser head cannot engrave wood, parchment paper, MDF
FAQs
Q1: Why choose the 1064nm infrared laser module?
A1: Because it can reliably output infrared laser at 1064nm. Compared to the wavelength of 450nm for diode lasers, they have different physical characteristics. Common metallic materials have a high absorption capability for infrared light, making it particularly suitable for engraving on common metals, jewelry, stones, and plastics.
Q2: Why is the power only 2.5W? Which laser has a higher output power, the 2.5W one or the 33W diode laser?
A2: There are many factors that affect the engraving and cutting effects, such as laser power, operating speed, spot size, and also the laser wavelength. The differences in effects are significant when applied to different materials. Therefore, direct comparison between a 2.5W infrared laser and a 33W diode laser is not possible. It mainly depends on the target material you want to process and its physical properties.
Q3: How to maintain the 1064 laser module?
A3: The actual service life of the laser module depends on the working environment and intensity. Regular cleaning and maintenance can extend the product's lifespan. The design lifespan of our product is 10,000 hours.
Product Material：6061 Aluminum
Electric Power：72W
Laser Power：2W
Laser Wavelength：1064±1nm
Modulation Method：PWM
Frequency：18-25kHz
Wiring Method：XH2.54-5pin
Operating Mode：Pulse
Spot Size：∅0.03mm
Lifespan：10000H
Operating Environment：+10℃~+35℃, 10%~80% relative humidity
Storage Temperature：-10℃~60℃, 10%~95% relative humidity
Focal Length：40mm
Applicable Models：ACMER P1/ACMER P2 (For machines of other brands, customers need to solve the fixation and wiring of the laser head themselves)
Engraving Materials：Various metals (such as gold, silver, copper, aluminum, iron, stainless steel, etc.), ABS, acrylic, PC, leather, stone, etc.
Note：The 1064 laser head cannot engrave wood, parchment paper, MDF
Q1: Why choose the 1064nm infrared laser module?
A1: Because it can reliably output infrared laser at 1064nm. Compared to the wavelength of 450nm for diode lasers, they have different physical characteristics. Common metallic materials have a high absorption capability for infrared light, making it particularly suitable for engraving on common metals, jewelry, stones, and plastics.
Q2: Why is the power only 2.5W? Which laser has a higher output power, the 2.5W one or the 33W diode laser?
A2: There are many factors that affect the engraving and cutting effects, such as laser power, operating speed, spot size, and also the laser wavelength. The differences in effects are significant when applied to different materials. Therefore, direct comparison between a 2.5W infrared laser and a 33W diode laser is not possible. It mainly depends on the target material you want to process and its physical properties.
Q3: How to maintain the 1064 laser module?
A3: The actual service life of the laser module depends on the working environment and intensity. Regular cleaning and maintenance can extend the product's lifespan. The design lifespan of our product is 10,000 hours.
Metal surface descaling
The 1064nm infrared laser has been proven effective for removing rust from metal surfaces.
Lightweight aluminium housing
Achieve smooth and stable mechanical movement with a lightweight aluminum housing.
Optimize compatibility with modular design
Ensure compatibility by using the laser head's modular design with either the ACMER P1 series (excluding ACMER P1 S Pro) or the ACMER P2 series.
0.03 mm ultra-fine laser spot
Experience advanced spot compression technology enhancing engraving precision. Witness lifelike precision that brings artwork to life.
1064nm Infrared Laser
1. Versatile Metal Engraving: Infrared lasers are ideal for engraving common metals such as copper, iron, brass, aluminium, silver and zinc, producing clear engraving results. It makes up for the limitations of diode lasers in metal engraving.
2. Various materials including plastics: It can perform high-speed fine engraving on plastics, as well as on black acrylic, leather, ceramics and slate. Its application range is very wide.