HC Series

Mintech HC series CO² laser cutting machines are ideal for high-quality processing of non-metallic materials, bringing you a high-precision and high-efficiency processing experience!

POWER SUPPLY
220V Three Phase

CONTROL SYSTEM
RuiDa

MOTOR TYPE
Servo Motor

COOLING SYSTEM
Water Cooling

LASER TYPE
CO²

LASER POWER
60W, 100W, 180W, 350W, 450W, 550W

The HC Series represents the pinnacle of CO² laser cutting technology, engineered for precision manufacturing and industrial applications. Built with a robust granite base foundation that ensures exceptional stability and vibration dampening, the HC Series delivers unmatched accuracy in laser engraving and cutting operations.

Key Features:

Granite Base Construction: Provides superior stability and precision for consistent, high-quality results
Ball Screw Module Drive System: Delivers precise motion control, high repeatability, and long-term reliability
High-Power CO² Laser Technology: Ensures clean, accurate cuts across a wide range of materials
Professional-Grade Components: Industrial-quality build designed for continuous operation
Versatile Material Compatibility: Processes wood, acrylic, leather, fabric, paper, and more

Applications:

Industrial Manufacturing: Precision cutting for production environments
Architectural Modeling: Detailed scale models and prototypes
Signage and Graphics: Professional-quality signs and displays
Custom Fabrication: Unique one-off pieces and custom designs
Educational and Research: Advanced laser cutting for educational institutions

The HC Series combines German engineering precision with American manufacturing quality, making it the ideal choice for businesses requiring consistent, high-quality laser cutting capabilities.

1. Plastic Materials
- Acrylic (PMMA):
  - Its edges are smooth and transparent after cutting, making it ideal for high-precision products such as display stands and signs.
  - Common thickness range: 1-20 mm.
- Polycarbonate (PC):
  - Suitable for cutting thin sheets, but thicker sheets may deform due to concentrated heat.
  - Recommended thickness: ≤5 mm.
- Polyethylene (PE):
  - Commonly used for cutting thin sheets, but its low melting point may result in slightly rough edges.
- Polyester (PET/PETG):
  - It offers excellent cutting performance and is suitable for the packaging and electronics industries.
- Polyvinyl Chloride (PVC) (Not Recommended):
  - Cutting produces toxic gases (such as hydrogen chloride). It is recommended to avoid cutting PVC directly or use dedicated exhaust gas treatment equipment.
2. Wood and Wood Products
- Wood:
  - It can cut both softwood and hardwood, making it suitable for furniture and handicrafts. Cutting thickness: 1-20 mm, depending on laser power.
- Plywood:
  - Clean cutting edges, suitable for model making and furniture parts.
  - Glue-containing types may generate smoke and dust.
- Medium-density fiberboard (MDF):
  - Easy to cut, but be aware of the high dust production; a powerful exhaust system is recommended.
- Bamboo:
  - Excellent cutting and engraving properties, widely used in handicrafts and decoration.
3. Textiles and soft materials
- Fabrics:
  - Fabrics include cotton, wool, nylon, polyester, etc. Clean cutting edges, suitable for clothing and textile processing.
- Leather:
  - Suitable for natural and artificial leather, commonly used in luggage, shoes, and decorative items.
- EVA:
  - Fast cutting speed, used for packaging materials, shoemaking, or model making.
- Rubber:
  - Can cut non-chlorinated rubber, used for seals and industrial gaskets.
4. Paper Materials
- Cardboard:
  - Fast cutting speed, suitable for sample production in the packaging industry.
- Corrugated Cardboard:
  - Commonly used for making packaging boxes or display models.
- Paper:
  - Fine cutting ability, widely used for custom cards and decorative designs.
5. Stone and Non-metal Composite Materials
- Marble/Granite/Slate:
  - Mainly used for surface engraving, such as patterns and text on marble.
- Glass:
  - CO² lasers can engrave patterns, but generally cannot directly cut glass.
- Ceramic:
  - Can be used for surface engraving, such as custom designs on ceramic tiles.
- Composite Materials:
  - Includes carbon fiber sheets, fiberglass, etc., suitable for industrial and aerospace applications.
6. Other Specialty Materials
- Sponge:
  - Excellent cutting quality, suitable for custom packaging.
- Resin:
  - Can be cut and engraved, making it suitable for crafts and decorative designs.
- Acrylic Composite:
  - Can be cut to create a high-gloss finish, making it suitable for billboards and display designs.

Product Documents

Documentation Available

Complete product documentation including manuals, technical specifications, and installation guides.
Contact our technical team to request specific documentation for this product.

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Technical Specifications

Model	HC22	HC43
Working size	24" × 24" ( 610 × 610 mm )	48" × 36" ( 1220 × 910 mm )
Countertop weight	≤ 220lbs（ ≤ 100KG ）	≤ 440lbs（ ≤ 200KG ）
Machine size	47" × 58" × 53" ( 1200 × 1470 × 1320 mm ) View image	78" × 88" × 57" ( 1965 × 2230 × 1440 mm ) View image
Machine weight	1433 lbs（ 650kg ）	2513 lbs（ 1140kg ）
Power Supply	220V, 60Hz, Single Phase, 2.2KW, 12.5A	220V, 60Hz, Single Phase, 4.4KW, 25A
Communication	USB, RJ45, u-disk
Work Environment	Humidity: 40% - 60%, Temperature: 10°C - 30°C ( 50°F - 86°F )
Laser Class	CLASS IV
Air demand	Compressed air 0.6 - 1.0 MPa ( 6 - 10 bar or 87 - 145 psi ), 60 - 150 L/min ( 2 - 5 CFM )
Transmission mode	Ball Screw Module & Square Guide Rail
Focusing method	Electric
Optical system	Closed constant optical path flying optical path
CCD Camera	Optional High-resolution CCD camera for precise positioning and material alignment
Counterpoint	Assembly Redpoint Instructions
Maximum speed	2.6 ft/s ( 800mm/s )
Cutting accuracy	±0.05mm
Laser power	Optional 60W, 100W, 180W, 350W, 450W, 550W
Cooling method	Water Cooling
Cutting capacity	Solid wood: 18mm, MDF: 12mm, Acrylic: 40mm ( Different cutting capabilities for different materials )
Options	1. Optional High-resolution CCD camera for precise positioning and material alignment 2. Optional Galvanometer-Based Marking and Cutting Integrated System