High Speed Fiber Laser Marking Machine for PVC/PPR/HDPE Pipe

• Customization: Available
• After-sales Service: Online Service
• Warranty: 2years
• Model NO.: HBS-GQ-20A1
• Laser Visibility: Visible
• Applicable Material: Metal
• Cooling System: Air Cooling
• Technical Class: Pulse Laser
• Laser Wavelength: Fiber Laser
• Laser Classification: Fiber Laser
• Type: Optical Fiber Laser Marking Machine
• Marking Method: Scanning Marking
• Marking Area: 110X110mm
• Product Name: Hot Sale Memory Card Making Machine Laser Marking
• Transport Package: Carton
• Specification: 80cmx90cmx115cm
• Trademark: HBS
• Origin: Beijing
• HS Code: 8456301090
• Production Capacity: 200/Months

Product Description

High Speed fiber Laser Marking Machine for PVC/PPR/HDPE Pipe  HBS-GQ-20A

I Technical Parameter

Laser Wavelength	1060nm	Beam Quality	<1.5
Laser Repetition	≤100KHz	Standard Marking Area	110mm x 110mm
Making Depth	≤1.5mm(Can be Adjustable)	Marking Speed	≤12000mm/s
Min. Line Width	0.01mm	Min. Character Size	0.05mm
Repetition Precision	±0.001mm	Power Consumption	≤500W
Cooling method	Air cooled	Power Supply	220V/50Hz/10A

II Advantages

1. Laser brand: Both Raycus and IPG can ensures stable working performance, the lifetime can reaches to 100,000 standard working hours.
2. Lens: high precision high speed lens can improve the high definition;
3. Motorized system: the marking head can moves up and down automatically by press up/down button;
4. Focusing system: marking head fixed with two extra redlight pointer to show the exact focus;
5. The whole design is very nice, stable, with reasonable layout of internal components;
6. The whole table is very strong.

III Application Pictures


IV Company Information
Beijing HBS Science & Technology Development Co., LTD is founded in 2001. HBS is specialized in developing and  manufacturing laser marking machine with perfect quality and excellent after-sales services.
HBS  had provided numerous well-known companies with wide range of solutions and reliable marking equipment, with strong and sustainable traceability. 




 V Exhibition