Co2 Laser Marking Engraving Machines Manufacturer for Non-metal Marker

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Co2 Laser Marking Engraving Machines Manufacturer for Non-metal Marker

In the manufacturing world, precision and efficiency are paramount. One technology delivering on both fronts is the CO2 laser machine.

Designed specifically for non-metal materials, CO2 laser engraving machines are ideal for working with organic substances such as wood, leather, and acrylic. They offer unmatched precision and durability, making them indispensable tools for industries requiring intricate, high-quality results.

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co2 laser machine co2 laser engraving machine laser marking machine manufacturer co2 laser marker non-metal laser marking machine

Product Description

Overview

laser marking machine CO2 laser machines leverage a CO2 gas mixture to generate powerful laser beams, enabling precise and detailed engraving on non-metal surfaces. With a wavelength of 10.6 micrometers, they are tailored for organic and polymer materials, ensuring flawless results.

Key Features of CO2 Laser Machines:

High precision and accuracy: Ensures detailed and permanent markings.

Versatility: Suitable for a variety of non-metal materials.

Non-contact process: Maintains the integrity of delicate substrates.

Eco-friendly operation: No consumables like inks or chemicals.

These machines excel in creating intricate designs on substrates such as wood, leather, and acrylic, catering to industries with complex design requirements. Furthermore, their user-friendly interface and advanced software streamline the marking process, reducing manual intervention and boosting productivity.

The best CO2 laser engraving machines are defined by their robust features and adaptability:

Exceptional Precision: Engrave even the smallest details with clarity.

Advanced Safety Mechanisms: Features like enclosures and fume extractors ensure operator safety.

Customizability: Tailored lenses and accessories enable handling of varied applications.

User-Friendly Software: Simplifies design input and operation, suitable for all skill levels.

Energy Efficiency: Designed to consume less power, reducing operational costs.

These machines are also built for longevity and reliability, maintaining high performance even under extensive use.

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 ●

The adoption of CO2 laser engraving machines offers numerous benefits:

Precision and Clarity: These machines deliver sharp, detailed engravings, ideal for branding and personalization.
High Speed and Efficiency: Achieve faster production without compromising quality, boosting throughput in industrial settings.
Versatility in Design: Handle complex patterns and creative applications, making them indispensable in fashion, advertising, and more.
Non-contact Technology: Ensures no wear or damage to the material, preserving its quality and lifespan.
Low Maintenance Costs: Durable components and minimal servicing requirements make these machines cost-effective over time.

Additional Benefits:

Environmentally Friendly: A clean process without wasteful consumables.
Reliability and Consistency: Every engraving is identical, ensuring uniformity in high-volume production.
Broad Material Compatibility: Suitable for wood, acrylic, leather, ceramics, and other non-metals.

With these advantages, CO2 laser markers are transforming how businesses approach precision marking.

Related Type

Visual laser marking machine

Large format laser marking machine

Split laser marking machine

3D laser engraving machine

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)	√√

Excellent Reaction: √√ Good reaction: √ Poor reaction: -

Selecting the Right CO2 Laser Machine for Your Needs

Choosing the best CO2 laser engraving machine involves evaluating your specific requirements:

Material Compatibility: Ensure the machine can handle your target substrates.
Power Output: Different materials and depths require varying laser power levels.
Space Requirements: Match the machine’s size to your workspace.
Software Usability: Opt for machines with intuitive interfaces for smoother operations.
Maintenance and Support: Partner with manufacturers offering reliable after-sales services.

By balancing cost, features, and application needs, you can make a well-informed investment in the right CO2 laser marker.

Why Choose a Reputable CO2 Laser Machine Manufacturer?

Partnering with a trusted laser marking machine manufacturer ensures quality, durability, and excellent customer support.

Key Benefits:

Compliance with Global Standards: Ensures safety and reliability.
Technical Expertise: Access to innovative features and robust machine designs.
Customization Options: Machines tailored to specific production needs.
After-Sales Service: Comprehensive support, training, and prompt troubleshooting.

Investing in a reliable manufacturer ensures a smooth user experience and long-term success.

The Environmental Impact and Safety of CO2 Laser Machines

CO2 laser engraving machines are environmentally friendly. They eliminate the need for consumables, reducing waste and supporting sustainability goals.

Safety Features:

Enclosures and Safety Interlocks: Prevent accidents and ensure operator protection.
Fume Extraction Systems: Maintain air quality in the workspace.

By aligning with green technology trends, these machines cater to industries prioritizing eco-conscious operations.

Application

The versatility of CO2 laser engraving machines allows them to excel across numerous industries:

Fashion: Engrave detailed patterns on fabrics and leather for luxury designs.
Advertising: Create intricate signage and promotional materials with ease.
Manufacturing: Precisely mark barcodes, serial numbers, and logos on products.
Arts and Crafts: Personalize items like wooden plaques, acrylic awards, and more.
Packaging: Enhance branding with permanent markings.

Additional Applications:

Automotive: Label parts and components for traceability.
Electronics: Mark small components with precision.
Education and Prototyping: Train students or rapidly create product prototypes.

The non-contact nature of CO2 lasers makes them ideal for delicate materials, while their adaptability ensures they stay relevant across emerging industry trends.