M2-150 Laser Source

The M2-150 RF CO₂ laser is designed with a slab discharge configuration, with the M2-150 RF CO₂ laser achieving a peak power of over 375W. The M2-150 RF CO₂ laser deliver excellent beam quality and power stability. With short pulse rise and fall times, the M2-150 RF CO₂ laser significantly enhance production efficiency. The high peak power and superior beam quality make the M2-150 RF CO₂ laser an ideal choice for a wide range of material processing applications.

Detail

M2-150 Laser Source

The M Series RF CO₂ lasers is designed with a slab discharge configuration, with the M100 lasers achieving a peak power of over 250W and the M150 lasers exceeding 375W. This compact laser design integrates the RF power supply with the laser cavity, allowing for flexible installation options, either vertically or horizontally.

The M Series lasers deliver excellent beam quality and power stability. With short pulse rise and fall times, the M Series lasers significantly enhance production efficiency. The high peak power and superior beam quality make the M Series lasers an ideal choice for a wide range of material processing applications.

The M series RF CO₂ lasers is built on a universal platform, featuring standardized mechanical, electrical, and optical interfaces, along with common software and unified service and support. The power range extends from 100W to 500W.

Advantages

Wide range of operating power
High peak power
Short power rise and fall time
Excellent beam quality
High power stability
RF power supply can be Installed vertically or horizontally

Applications

Marking
Engraving
Cutting
Drilling

Specifications:

MODEL	M2-100i	M2-100	M2-150
Wavelength (μm)	9.3	10.6	10.6
Output Power (W)	≥ 90W	> 100W	> 150W
Power Range (W)	10-90W	10-100W	10-150W
Peak Power (W)	225W	250W	375W
Power Stability (%)	< ±6%	< ±6%	< ±6%
Mode Quality (M²)	M² < 1.3	M² < 1.3	M² < 1.3
Beam Ellipticity	< 1.2:1	< 1.2:1	< 1.2:1
Beam Diameter (mm)	2.2 ± 0.6	2.2 ± 0.6	2.2 ± 0.6
Full-Angle Beam Divergence (mrad)	< 7	< 7	< 7
Typical Polarization (parallel to baseplate)	> 100:1	> 100:1	> 100:1
Pulse Frequency (kHz)	0 – 100kHz	0 – 100kHz	0 – 100kHz
RF Excitation Pulse Width Range (μs)	2 – 1000μs	2 – 1000μs	2 – 1000μs
Duty Cycle Limit (%)	0 ~ 60%	0 ~ 60%	0 ~ 60%
Pulse Rise/Fall Time (μs)	≤ 90μs	≤ 90μs	≤ 90μs
Weight	15.9kg	15.9kg	15.9kg
Dimensions (L x W x H)	936.7 x 88.6 x 171.5 mm	936.7 x 88.6 x 171.5 mm	936.7 x 88.6 x 171.5 mm
Cooling	Water	Water	Water
Heat Load (W)	< 2400W	< 2400W	< 2400W
Input Power
DC Input Voltage (VDC)	48VDC	48VDC	48VDC
Continuous DC Input Current (A)	50A	50A	50A
Environment Condition
Maximum Case Temperature	5°C ~ 40°C	5°C ~ 40°C	5°C ~ 40°C
Temperature	< 50°C	< 50°C	< 50°C
Altitude	< 2000m	< 2000m	< 2000m
Humidity	< 80%, Non-Condensing	< 80%, Non-Condensing	< 80%, Non-Condensing
Shipping/Storage Environment	-10°C ~ 60°C, Non-Condensing	-10°C ~ 60°C, Non-Condensing	-10°C ~ 60°C, Non-Condensing
Coolant
Dynamic Coolant Flow Rate (l/min)	6L/min	6L/min	6L/min
Coolant Maximum Static Pressure (kPa)	210-500kPa	210-500kPa	210-500kPa
Coolant Setpoint Temperature Range	20°C – 30°C	20°C – 30°C	20°C – 30°C
Hardness of water (CaCO3)	< 250mg/L	< 250mg/L	< 250mg/L
Notes: Measured at 10 kHz PRF, 60% duty cycle after a 5 minutes warm-up from cold start. Power Stability definition: At a constant water temperature, ±(Pmax – Pmin)/(2Pmax). Measured at the position of shaping lens light outlet. Measured at 10 kHz PRF and 60% duty cycle operation, maximum average input current. The M2-150 RF CO₂ laser is designed with a slab discharge configuration, with the M2-150 RF CO₂ laser achieving a peak power of over 375W. The M2-150 RF CO₂ laser deliver excellent beam quality and power stability. With short pulse rise and fall times, the M2-150 RF CO₂ laser significantly enhance production efficiency. The high peak power and superior beam quality make the M2-150 RF CO₂ laser an ideal choice for a wide range of material processing applications.

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Professional Laser Cutting PVC Sheet Technology

Professional laser cutting PVC sheet technology represents a significant advancement in industrial material processing applications. The M2-150 RF CO₂ laser system, designed with innovative slab discharge configuration, delivers exceptional precision cutting capabilities for PVC materials with peak power exceeding 375W. This advanced laser cutting solution ensures clean, precise edges and minimal thermal distortion when processing various PVC sheet thicknesses. The professional-grade equipment features excellent beam quality and remarkable power stability, making it ideal for intricate designs and complex patterns on PVC materials. China-based manufacturers have developed this technology to meet the demanding requirements of industrial applications where accuracy and consistency are paramount. The laser cutting process for PVC sheets offers numerous advantages over traditional mechanical cutting methods, including reduced material waste, faster production times, and the ability to create highly detailed designs without physical contact. Professional operators appreciate the system's user-friendly interface and reliable performance, which contributes to increased productivity and cost-effectiveness in manufacturing environments. The technology's versatility extends to various PVC types, including rigid, flexible, and foam sheets, each requiring specific laser parameters for optimal results.

Advanced Features and Industrial Applications

The advanced features of professional laser cutting PVC sheet systems include short pulse rise and fall times that significantly enhance production efficiency while maintaining superior cut quality. These China-manufactured solutions incorporate integrated RF power supply with the laser cavity, providing flexible installation options for different industrial setups. The high peak power capability ensures consistent performance even when processing thicker PVC materials or conducting high-speed cutting operations. Industrial applications span multiple sectors including signage manufacturing, where precise lettering and graphics are essential, architectural model making requiring intricate details, and electronic enclosure production demanding exact dimensional accuracy. The professional laser cutting technology also finds extensive use in automotive interior components, medical device manufacturing, and promotional product creation. Manufacturers benefit from the system's ability to handle both prototyping and mass production requirements with equal proficiency. The non-contact nature of laser cutting eliminates tool wear issues and reduces maintenance requirements compared to conventional cutting methods. Additionally, the technology supports various finishing operations such as engraving, marking, and perforation on PVC sheets, expanding its utility across diverse industrial applications. Quality control measures integrated into these systems ensure consistent results batch after batch, meeting the stringent standards required by professional industrial users.

Professional laser cutting pvc sheet solution - china suppliers