- Industrial machines and equipment
- Printing, Marking and Engraving
- CO2 laser marking machine
- Han's Laser Technology Co., Ltd
- Products
- Catalogs
- News & Trends
- Exhibitions
CO2 laser marking machine HANS36K-Mpaperceramicglass
Add to favorites
Compare this product
Characteristics
- Technique
- CO2 laser
- Material
- plastic, paper, wood, ceramic, glass
- Configuration
- mobile
- Applications
- for non-metals
- Other characteristics
- air-cooled
- X travel
100 mm
(3.94 in)- Y travel
100 mm
(3.94 in)- Speed
7,000 mm/s
Description
Product Overview
High-speed flying marking mainly applicable to marking for non-metallic materials such as paper boxes (boxes, labels), plastic bottles, flexible packaging films (bags), coated metal cover (boxes, cans), glass bottles, ceramic bottles, wood, and more. Applicable to data communication marking.
Machine Features
Technical Data Sheet
Laser Type: CO2 Laser Coder
Minimum Code Width: 0.15mm
Minimum Character Size: 0.40mm
Repeatability Accuracy: ±0.01mm
Standard Marking Range: 100mm×100mm
Standard Focal Length: 135mm
Optional Marking Range: 60mm×60mm ~ 360mm×360mm
Nominal Line Speed: ≥7000mm/s
Printing Code: >500 Chars/Sec
Power Requirement: AC 220V/50HZ/10A
Overall Power Consumption: Peak ≤ 1KW, Average ≤ 0.5KW
Cooling Mode: Air Cooling
Level of Protection: IP54
Cable Length: 3m
Machine Size - main beam: 824mm×140mm×189.5mm; main control cabinet: 512mm×220mm×456mm; lifting platform: 450mm×450mm×1100mm (Customized).
Technical Specifications
High-speed flying marking mainly applicable to marking for non-metallic materials such as paper boxes (boxes, labels), plastic bottles, flexible packaging films (bags), coated metal cover (boxes, cans), glass bottles, ceramic bottles, wood, and more. Applicable to data communication marking.
Machine Features
- High-speed flying marking for non-metallic materials and data communication marking
Technical Data Sheet
Laser Type: CO2 Laser Coder
Minimum Code Width: 0.15mm
Minimum Character Size: 0.40mm
Repeatability Accuracy: ±0.01mm
Standard Marking Range: 100mm×100mm
Standard Focal Length: 135mm
Optional Marking Range: 60mm×60mm ~ 360mm×360mm
Nominal Line Speed: ≥7000mm/s
Printing Code: >500 Chars/Sec
Power Requirement: AC 220V/50HZ/10A
Overall Power Consumption: Peak ≤ 1KW, Average ≤ 0.5KW
Cooling Mode: Air Cooling
Level of Protection: IP54
Cable Length: 3m
Machine Size - main beam: 824mm×140mm×189.5mm; main control cabinet: 512mm×220mm×456mm; lifting platform: 450mm×450mm×1100mm (Customized).
Technical Specifications
- Laser Type: CO2 Laser Coder
- Minimum Code Width: 0.15mm
- Minimum Character Size: 0.40mm
- Repeatability Accuracy: ±0.01mm
- Standard Marking Range: 100mm×100mm
- Standard Focal Length: 135mm
- Optional Marking Range: 60mm×60mm ~ 360mm×360mm
- Nominal Line Speed: ≥7000mm/s
- Printing Code Capacity: >500 Chars/Sec
- Power Requirement: AC 220V/50HZ/10A
- Overall Power Consumption: Peak ≤ 1KW, Average ≤ 0.5KW
- Cooling Mode: Air Cooling
- Level of Protection: IP54
- Cable Length: 3m
- Machine Size: main beam 824mm×140mm×189.5mm; main control cabinet 512mm×220mm×456mm; lifting platform 450mm×450mm×1100mm (Customized)
Other Han's Laser Technology Co., Ltd products
Flying Laser Marking Machine
Related Searches
- Han's Laser marking machine
- Han's Laser laser marking machine
- Metal marking workstation
- Benchtop marking workstation
- Automated marking machine
- Industrial marking workstation
- Plastic marking workstation
- High-speed marking machine
- Compact marking workstation
- Fiber laser marking machine
- Aluminum marking workstation
- Han's Laser air-cooled marking machine
- Electronic component marking machine
- Integration marking machine
- Han's Laser high-accuracy marking machine
- Marking machine for the automotive industry
- CO2 laser marking machine
- Barcode marking machine
- Marking and engraving system
- Paper marking machine
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.