lifecamcnc.com

CNC Marble Quartz Stone &
Engraving Machine

Marble Quartz Stone CNC Stone Engraving Machine

Stone engraving machine can be used for engraving granite, marble, bluestone, sandstone, glass and other stone materials. It can engrave granite and other hard stones up to 3mm, engrave and cut marble, bluestone, etc.
  • LC-1325

  • LifeCamCNC 

Product Description

marble sample
Applications
CNC Marble

Versatile Applications of CNC Stone and Metal Engraving Machines:

  1. Granite Engraving: Capable of engraving detailed designs on granite and other hard stones up to 3mm thick, offering precision and durability for intricate stonework.

  2. Marble Engraving and Cutting: Efficiently engraves and cuts marble, providing high-quality results for both decorative and functional applications.

  3. Bluestone Processing: Ideal for engraving and cutting bluestone, delivering accurate and consistent results for various architectural and design projects.

  4. Sandstone Engraving: Suitable for engraving sandstone, enabling the creation of detailed patterns and designs with high precision.

  5. Glass Engraving: The machine can also be used to engrave glass, allowing for customized glass designs and applications.

  6. Metal Aluminum Profiles: Capable of milling metal aluminum profiles, offering precise and clean cuts for various industrial and manufacturing needs.

  7. Thin Copper Milling: Efficiently mills thin copper, making it suitable for applications that require fine and accurate metalwork.

Marble-cutting-1
Features
CNC Marble

Dust-Proof Spindle Structure:

  1. Effective Dust Protection: The spindle features a dust-proof structure that prevents dust from entering critical components, ensuring cleaner operation and reducing the risk of contamination.

  2. Corrosion Prevention: By shielding the guide rails and lead screws from dust and water, the spindle helps prevent corrosion, which extends the overall service life of the machine tool.

  3. Enhanced Longevity: This protective design minimizes wear and tear on essential parts, leading to more reliable performance and fewer maintenance requirements.

  4. Improved Maintenance Efficiency: Reduced exposure to dust and moisture makes it easier to maintain the machine tool, contributing to lower maintenance costs and less downtime.