Mintech HC Series C02 Laser

Mintech HC22 C02 Laser

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.

Mintech HC43 C02 Laser

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.

Technical Specifications

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.