D60 Series RF CO₂ Lasers

Detail

D60 Series RF CO₂ Lasers

The D60 series RF CO₂ lasers boasts high reliability, featuring a compact integrated design that combines the RF power supply with the laser cavity. It offers exceptional beam quality and power stability, with a laser wavelength range of 9.3 to 10.6 μm and can be configured for both air cooling and water cooling. These attributes make it the preferred choice for high-performance laser marking and engraving systems, while also incur very low operational and maintenance costs.

The D60 series RF CO₂ laser is an ideal solution for laser processing of various materials, including paper, plastic, wood, rubber, leather, and fabric etc.

Advantages:

Excellent beam quality
Stable power output
Integrated design of RF power supply and laser cavity
High reliability
Both air and water cooling available
Capable of high-quality laser processing

on a variety of materials

Applications:

Marking
Engraving
Cutting

Specifications:

MODEL	D60i	D60	GMIT60
Wavelength (μm)	9.3	10.6	10.6
Optical Output Power (W)	≥ 40W	≥ 60W	≥ 60W
Power Stability (%)	< ±5%	< ±4.5%	< ±4.5%
Mode Quality (M²)	M² < 1.2	M² < 1.15	M² < 1.15
Beam Ellipticity	< 1.2:1	< 1.2:1	< 1.15:1
Beam Size (mm)	1.8 ± 0.2
Beam Divergence (mrad, full angle)	7.5 ± 0.5
Polarization	> 100:1
Pulse Frequency (kHz)	0 ~ 25kHz
Duty Cycle	0 ~ 100%
Weight	10.2kg (Fan) / 8.8kg (Water)
Dimensions (mm)	539.2 x 92 x 155.2 (Fan) / 539.2 x 92 x 94.8 (Water)
Cooling	Fan / Water
Heat Dissipation (W)	< 1200W
Input Power
DC Input Voltage (VDC)	48VDC
DC Input Current (A)	25A
Environment Condition
Maximum Case Temperature	< 55°C
Temperature	5°C ~ 35°C
Altitude	< 2000m
Humidity	Non-Condensing
Shipping/Storage Environment	-10°C ~ 60°C, Non-Condensing
Coolant
Dynamic Coolant Flow Rate (l/min)	4L/min
Coolant Maximum Static Pressure (kPa)	500kPa
Coolant Setpoint Temperature Range	20°C – 30°C
Hardness of water (CaCO3)	< 250mg/L
Notes: Measured at 25°C and derated by 1%/°C for higher laser head temperatures. Power Stability definition: ±(Pmax – Pmin)/(2Pmax). Measured at constant duty cycle after 10 minutes laser out at operating condition. Measured at 10 kHz PRF and 60% duty cycle operation, maximum average input current.

D30 Series RF CO₂ Lasers

GMIT35 RF CO₂ Lasers

GMIT60 Laser Source

T80 Laser Source

T100 Laser Source

Professional CO2 Laser Cutting Acrylic Technology

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China CO2 laser cutting acrylic manufacturing has achieved global recognition for quality and innovation, with DAVI Laser standing at the forefront of this technological advancement. Our manufacturing facilities integrate state-of-the-art production equipment with rigorous quality control processes to ensure every CO2 laser system meets the highest international standards. The China CO2 laser cutting acrylic solution we provide combines robust construction with advanced optical components, creating systems that deliver reliable performance in demanding industrial environments. Our engineering team continuously researches and develops improvements to laser source efficiency, cutting speed optimization, and energy consumption reduction, ensuring our customers receive the most technologically advanced solutions available. The manufacturing process for our CO2 laser cutting systems begins with precision machining of structural components, followed by meticulous assembly of optical paths and integration of RF power supplies. Each system undergoes comprehensive testing under simulated production conditions to verify performance metrics before shipment. This commitment to quality ensures that our China CO2 laser cutting acrylic systems provide consistent, repeatable results day after day. The solution-oriented approach we embrace means that every system is designed with the end-user in mind, featuring intuitive controls, comprehensive safety systems, and minimal maintenance requirements. Our technical support team, based in China, provides expert assistance and training to ensure customers maximize their investment in CO2 laser cutting technology. The global reach of our China manufacturing operation means that professionals worldwide can access high-quality, affordable CO2 laser cutting solutions for their acrylic processing needs.

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