High Power Co2 Laser Engraving Machine

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High Power Co2 Laser Engraving Machine

High-power scanning head laser engraving machines have significantly improved engraving efficiency and speed compared to mobile engraving machines. They are equipped with high-power lasers, which can evaporate or ablate materials more quickly, reducing engraving time, and are particularly suitable for processing materials with higher hardness.

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Product Description

Overview

laser marking machine

The main features :

High-power laser: High-power lasers can evaporate or ablate materials more quickly, reducing the time required for engraving, especially when dealing with harder materials.

Scanning head technology: Laser engravers using scanning heads can position the laser beam at extremely high speed and precision. High-speed galvanometer systems (such as scanning galvanometers) can cover a larger engraving area in a short time, improving overall work efficiency.

Continuous working ability: High-power laser engraving machines are usually designed to work continuously for a long time, suitable for mass production needs, while mobile engraving machines may be slightly inferior in continuous working ability.

Engraving quality: High-power lasers and precision scanning heads can achieve higher engraving quality and accuracy, meeting the needs of high-precision and high-demand applications.

Wider application range: High-power scanning head laser engraving machines can handle a wider range of materials, from metals to non-metals, to meet the needs of different industrial fields.

Automation integration: Such equipment usually supports more advanced automation and intelligent control, can be better integrated into the production line, reduce manual intervention, and improve production efficiency.

various field lens

Various specifications of field lenses

110*110/150*150/200*200/250*250/300*300mm marking range

High-end/high-speed/protected/anti-interference scanning head

High-speed galvanometer

High-speed galvanometer scan head,Dual red light focusing system

More than 20 language systems

Multi-language operating system

More than 10 languages, Arabic, English, German, French, Japanese, Polish, Spanish, Portuguese, Russian, Thai, Korean, etc.

Co2 laser source

Air cooled laser source- RF tube

Power and cooling options available

D80 rotary

Fourth axis, rotary marking

2D/3D mobile platform

2/3 Axis table

Advantage

no ink, no solvents, no gas

Non-consumable

● No need to replace consumables

● Requires only electrical energy

● One-time investment

● Maintenance-free

No pollution, no toxicity, no pungent smell, no volatility, protect the environment

Cleaner environment

Ink-free ●

Solvent-free ●

Non-pungent ●

Non-toxic ●

Non-corrosive ●

Environmental protection, power saving, energy saving, high photoelectric conversion efficiency

Energy-saving

● Non-wasteful

● 100% utilisation

● No emissions

Permanent mark

Controlled indentation depth ●

Resistant to oxidation ●

No colour loss ●

Traceable ●

Safe and reliable ●

Parameter

No.	Project	Parameter
1	Model number	HC10XX
2	Laser power	40W/50W/60W/100W （optional）
3	Laser level	Class IV（IEC 60825-1）
4	Laser type	Sealed Co2 laser (RF tube)
5	Wavelength	10.6/10.2/9.3μm
6	Marking field	110110mm-300300mm(optional)
7	Marking depth	＞0.4mm
8	Marking speed	≤10000mm/s(optional)
9	Marking line width	＞0.4mm
10	Min character size	0.5mm
11	Repeat accuracy	0.01mm
12	Cooling method	Air-cooled
13	Laser source expected life	>50,000 hours
14	Standard user interface	Touch panel/PC
15	Consumables	No
16	Temperature	0-45℃
17	Power consumption	700 W
18	Electrical requirement	L/N/PE 100 – 240 VAC, 50/60 Hz

Materials		Reaction	Materials		Reaction
Metal	Stainless steel	-	Plastic	PE	√
	Aluminum	-		PP	√
	Anodized aluminum	√		PVC	√√
	Brass	-		PPR	√
	Coated metal	√		ABS	√
	Copper	-		PET	√√
	Gold, silver, nickel, platinum	-		Nylon	√
	Carbon steel	-		MPP	√
	Titanium	-		PC	√
Ceramics	Ceramic	√	Plastic films and foils	Aluminized foil	√√
Rubber	Natural rubber	√√		Polyethylene terephthalate (PET)	√√
Rubber	Synthetic rubber	√√		Oriented polypropylene (OPP)	√√