• Model NO.：CO2-20,30,50,60,100,120
• Repetition Frequency：20-80kHz
• Output Beam Quality：M2:1.2~1.8
• Marking Linear Depth：0.01-0.2mm
• Min. Spot Diameter：0.01mm
• Min. Character Size：0.1mm
• Repetition Accuracy：±0.002mm
• Max. Liner Marking Speed：7000mm,S
• Standard Marking Area：100*100mm, 150*150mm or 180*180mm
• Power Consumed：500W
• Electrical Demand：AC220V±10%.50Hz.10AMP
• Cooling Mode：Air-Cooling
• Operational Temp Range：10-40ºC
• Size & Weight 1：Desktop: 880*650*1450mm 130kg
• Size & Weight 2：Portable: 550*550*650mm 40kg
• Transport Package：Plywood Case
• Specification：880*650*1450mm 130Kg
• Trademark：Dapeng laser
• Origin：China Shenzhen
• HS Code：8456110090
• Production Capacity：350units,Month

Basic Info.

Model NO. CO2-20/30/50/60/100/120 Repetition Frequency 20-80kHz Output Beam Quality M2:1.2~1.8 Marking Linear Depth 0.01-0.2mm Min. Spot Diameter 0.01mm Min. Character Size 0.1mm Repetition Accuracy ±0.002mm Max. Liner Marking Speed 7000mm/S Standard Marking Area 100*100mm, 150*150mm or 180*180mm Power Consumed 500W Electrical Demand AC220V±10%.50Hz.10AMP Cooling Mode Air-Cooling Operational Temp Range 10-40ºC Size & Weight 1 Desktop: 880*650*1450mm 130kg Size & Weight 2 Portable: 550*550*650mm 40kg Transport Package Plywood Case Specification 880*650*1450mm 130Kg Trademark Dapeng laser Origin China Shenzhen HS Code 8456110090 Production Capacity 350units/Month

Product Description

Our core advantages:

1) Top 5 laser company in China. Sold 4500 units of laser machines in China market in 2017, with best price.
2) Usually have 50 units of laser marking machine(Fiber, CO2, UV, Mopa) in stock, lead time 3-5 days.
3) Fiber Laser cutting machine, (700W, 1000W, 1500W laser cutter), usually sell 30 units/month in China.

We are looking for distributor. Price is more competitive.
Videos: dplaser.en.made-in-china.com    dplaser.en.made-in-china.com

CO2 laser marker is often called Gas laser marker or laser engraver; CO2 laser is a gas laser whose frequency band wave length of infrared light is 10.64um. CO2 gas is filled in the discharge tube as the medium to produce laser. When high voltage is added to the electrode, it will produce glow discharge in the discharge tube and then the gas molecule will discharge laser. After the energy of laser is strengthened, it will form the laser beams to process the materials. Computer-controlled resonance mirror can change the path of the laser beams so that automatic marking can be accomplished.




Specifications:
 

Model	CO2-30/60
Laser Power:	30W,60W
Wavelenth:	10.64um
Standard Marking Area:	100mm*100mm
Marking Speed:	≤7000mm/s
Minimum Line Width	0.1mm
Min. Character size	0.4mm
Marking Depth	0 ~0.5mm
Location precision	≤0.01mm
Resetting positioning accuracy	0.01mm
Electrical Requirements:	Ac220V±10%.50HZ.10Amp
Cooling mode	Air cooled
Scan Head	High Precision Digital Scan Head
Unit Power	<1.2kw
Operational Temp Range	10-40ºC
Operational Humidity Range	5%-75%, Non-condensing
Dimensions:	820*690*1550MM
Net Weight	180KG

Software: EZCAD

True Type Fonts	Single Stroke Fonts	Elliptical Text
Sequential Serial Numbers	Customizable Auto Dating	Barcodes
QR Codes and Data Matrix	UID Wizard	Logos
Photo Quality Images - JPG, TIF, GIF	Corel Draw, Adobe Illustrator	Raster Graphics
Vector Graphics	CAD Files

Applications:

Ceramics, polyvinyl chloride (PVC), ABS, acrylic, epoxy resin, glass, granite stone, wood, paper and so on, widely used in paper ,wood, gifts, electronic components, clothing, leather, paper, food, packaging, etc.

Showroom



Machines applied in our customer factory:

Our core advantages:

1) Top 5 laser company in China. Sold 4500 units of laser machines in China market in 2017, with best price.
2) Usually have 50 units of laser marking machine(Fiber, CO2, UV, Mopa) in stock, lead time 3-5 days.
3) Fiber Laser cutting machine, (700W, 1000W, 1500W laser cutter), usually sell 30 units/month in China.

We are looking for distributor. Price is more competitive.
Videos: dplaser.en.made-in-china.com    dplaser.en.made-in-china.com 
Presentation video: https://youtu.be/17WQW78NgOQ