CNC Horizontal Machine Equipment GMH-800D

1. Resin Sand Castings with Tempering Treatment:
The castings are made using resin sand and undergo a computer-controlled electric furnace tempering treatment. The spindle box features an optimized high-rigidity design, enhanced with an additional slider for improved support and stability.
2. Oil and Water Separation, Spiral Chip Discharge Structure:
The machine is designed with a separation system for oil and water, alongside a spiral chip discharge structure. This design not only makes the machine more user-friendly but also contributes to excellent environmental protection by efficiently managing waste.
3. Grinding and Scraping for Long-Term Precision:
The motor seat, bearing seat, and machine body are ground and scraped without the use of pads. This meticulous process ensures that the machine maintains long-term precision and stable performance over its service life.
4. High-Precision, High-Speed, Load-Bearing Axes:
The three axes of the machine feature high-precision, high-speed ball linear slides and ball screws, sourced from renowned Japanese or European and American brands. This ensures high load-bearing capacity, dynamic accuracy, and a durable service life.
5. Larger Linear Rail Design and Guide Span:
The machine features a larger linear rail design with an extended guide span across all three axes. This design enhances dynamic accuracy during cutting operations. The machine is also equipped with position scales for precise measurement, and the lubricating oil circuit is housed internally for optimal performance
6. High-Quality Bearings for Stability:
The bearings on all three axes are sourced from top brands like Japanese NSK or German FAG, ensuring exceptional quality. Special ball screw bearings are used on all axes to reduce thermal deformation and enhance machine stability.
7. Laser Interferometer and Circular Inspection:
The machine undergoes a final inspection using a laser interferometer and laser circular inspection methods. This ensures high-quality circular cutting, faster displacement, minimal positive and negative processing segment differences, and overall more efficient cutting compared to traditional milling machines.