CO₂ Laser Cutting Machine

Haitong’s CO₂ laser cutting machine series delivers comprehensive cutting solutions ranging from light-duty non-metal processing to heavy-duty industrial applications. The lineup includes the versatile 100-300W series for thick non-metallic materials, the advanced 1000-2000W die-making systems, and the powerful 1-2KW industrial metal cutting platforms. These machines feature industry-leading control systems from RuiDa, Cypcut, and WEIHONG, paired with precision-engineered components like RECI/RAYCUS laser sources and high-quality optical systems. With working areas from 1300x900mm to 1500x3000mm and cutting speeds up to 120m/min, this series offers optimal solutions for various cutting needs – from precision engraving to heavy-duty metal fabrication. Whether for advertising, mold making, or industrial manufacturing, these laser cutters combine robust construction, high accuracy, and outstanding performance to enhance your cutting capabilities.

How To Choose Your CO₂ Laser Cutting Machine

When selecting a CO₂ laser cutting machine, several technical aspects must be considered to optimize performance and achieve maximum productivity. Here are the key characteristics to evaluate when choosing the machine best suited for your requirements:

Power Range Selection. This determines the machine’s cutting capabilities. For example, the entry-level 150-300W series handles non-metallic materials up to 25mm thick, while the industrial 1-2KW systems can process metal sheets up to 20mm. Consider your material types and thicknesses to select appropriate laser power.

Control System Options. Haitong offers multiple control platforms including RuiDa for precision non-metal processing, Cypcut for die-making applications, and WEIHONG for industrial metal cutting. Choose based on operator familiarity and specific application requirements.

Working Area Requirements. Working areas range from 1300x900mm for compact systems to 1500x3000mm for industrial platforms. The HT-1530CF offers 1515x3030mm capacity, while the HT-LC1500 provides 1300x2500mm. Match these dimensions to your typical material sizes.

Cutting Head Configuration. Different applications require specific cutting head designs. Fixed heads ensure vertical cutting for die-making, while intelligent focusing heads with auto-focus capability suit metal cutting. Consider features like cooling systems and focusing methods.

Precision Specifications. Various models offer different accuracy levels. The 150-300W series achieves ±0.01mm mechanical accuracy, while industrial models maintain ±0.03mm positioning accuracy. Match these specifications to your tolerance requirements.

Machine Construction. Evaluate structural features based on your applications. Aviation aluminum beams provide high rigidity and speed for metal cutting, while thick-walled carbon steel beds ensure stability for heavy-duty work.

Additional Features:

  • Auto-feeding systems for continuous operation
  • Interchangeable working platforms (blade/honeycomb)
  • Multiple file format compatibility (AI, DXF, PLT, etc.)
  • Cooling systems for extended operation
  • Gas supply systems for different materials

These factors should guide your selection process, but remember that each cutting application is unique and may require specific solutions. Haitong’s technical team can assist in determining the optimal configuration for your specific cutting needs.

Looking for the Perfect Laser Cutting Machine?

CO₂ Laser Cutting Machine Configuration

Category

Standard Configuration

Optional Configuration

Control System

RuiDa control system, WEIHONG control system

LightBurn software, EngraveLab Laser software

Laser Source

RECI CO2 laser tube, RAYCUS/IPG/MAX (high-power models)

Various power options (60W-2000W)

Motion System

Leadshine stepper motors, FUJI servo motors (high-power models), HIWIN guide rails

Auto feeding system, Double heads cutting system

Cooling System

S&A industrial chiller

Larger capacity chillers

Basic Components

Aviation aluminum beam, Thick-walled carbon steel welded bed, XH/II-VI optical lens

Replaceable base plate, Honeycomb working table

Auxiliary Systems

550W exhaust fan, Air compressor, Basic dust collection

High-efficiency air filtration system, Advanced dust collection

Working Area

Varies by model from 300×200mm to 1500×3000mm

Customizable dimensions

Safety Protection

Basic cover protection, Basic limit protection

Advanced safety protection system

Electrical Components

OMRON electronic components

Higher-grade electrical configuration

Software Support

RDworks, Supports DST/DXF/AI/PLT/BMP/CDR formats

Advanced post-processing software, Custom software integration

Advanced Bed Technology Features

Fully-Annealed-Frame

Fully Annealed Frame

Advanced semi-hollow bed design features minimal heating area and reinforced rear frame structure for enhanced load-bearing capacity. The specialized heat-resistant construction prevents deformation under sustained high-temperature operation, ensuring reliable long-term batch processing of thick materials.

Graphite Anti-burn Technology

20mm thick graphite shielding protects all laser contact areas, effectively preventing thermal deformation and burnout of the machine bed and working table. This advanced anti-burning system ensures long-term structural integrity and consistent cutting performance.

Motorized-automatic Exchange Table
Cast Aluminium Gantry(Optional)

Automatic Motorized Exchange Table (Optional)

Advanced high-low motorized exchange table with innovative structure design, complete one exchange within 15 seconds, efficient and labor-saving operation. Built-in anti-collision protection ensures safe and reliable performance.

Cast Aluminium Gantry(Optional)

Advanced aluminium crossbeam cast in specialized 10-tonne steel mold, delivering superior rigidity at half the weight of traditional iron gantries. Enhanced performance with higher acceleration and reduced inertia.

CO₂ Laser Cutting Machine Samples

Sample display

Looking for the Perfect Laser Cutting Machine?

Why Haitong Laser Cutting Machine

Bed Castings

Bed Castings
Natural aging treatment ensures high strength, wear and heat resistance, and good shock absorption. The reinforced internal structure prevents long-term deformation.

Guide Rail Precision Scraping

Guide Rail Precision Scraping
Our equipment’s guide rails are manually scraped and polished to enhance stiffness, lubrication, and flatness.

Inspection System

Inspection System
Each device is inspected with a laser interferometer and ballbar before leaving the factory, ensuring no quality issues.

Regular Follow-ups and Training
Our company offers a comprehensive service system, conducting regular customer visits and providing timely support for any questions.

Mechanical Processing Equipment

Haitong has been in the machine tool manufacturing industry since 2004. Our company offers high quality, reliable press brakes, laser cutting machines and CNC lathes as well as machining equipment: multi-tasking machining centers, grinders and lathe equipment.

Mechanical Processing Equipment
FAQ

Frequently Asked Questions

A CO₂ laser cutting machine uses a gas mixture (primarily CO₂) excited by electricity to generate a powerful infrared beam. This beam is focused through optics onto the material surface, melting or vaporizing it while an assist gas removes the molten material.

CO₂ lasers are ideal for:

  • Non-metals like wood, acrylic, plastic
  • Leather and textiles
  • Paper and cardboard
  • Glass and ceramics
  • Thin metals (with limitations)
    Note: Highly reflective metals like aluminum may be challenging

Regular maintenance includes:

  • Daily lens cleaning
  • Mirror alignment checks
  • Gas mixture replacement
  • Water coolant maintenance
  • Air assist system cleaning
  • Filter replacement
  • Beam alignment verification
  • Nozzle cleaning

Key factors include:

  • Laser power settings
  • Cutting speed
  • Focus position
  • Gas pressure and type
  • Lens cleanliness
  • Material thickness
  • Material composition
  • Environmental conditions

To maximize tube life:

  • Maintain proper cooling
  • Use correct power settings
  • Keep optics clean
  • Replace gas regularly
  • Avoid overheating
  • Follow warm-up procedures
  • Monitor tube current
  • Regular maintenance schedule

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