Product Display
Product Features
Smooth chip removal structure
Strong rigidity, suitable for heavy-duty milling processing Close loading distance, low labor intensity, and increased production capacity
Hydraulic original hydraulic self centering vise
Equipped with fine adjustment function for the center height of the jaw Equipped with an axial automatic positioning system, which eliminates the need for tool alignment when replacing workpieces
Product Parameters
| ITEM | UNIT | Parameters | ||
| Processing length range | mm | 100-600 | ||
| Milling diameter range | mm | φ15-100 | ||
| Max.milling single side | mm | 5 | ||
| Milling overall length consistency | mm | ±0.05 | ||
| Center hole depth consistency | mm | 0.05 | ||
| Both ends face center hole beating | mm | 0.03/φ50 | ||
| Milling face roughness | Ra | 3.2 | ||
| Center hole roughness | Ra | 1.6 | ||
| OPTIONAL CONTENT | ||||
| Outer diameter turing | mm | φ100 | ||
| Rigid tapping | mm | M20 | ||
| U drill | mm | φ40 | ||
| Chip conveyor | OPTIONAL | |||
Product Overview
Unique design: The inclined bed design, usually at an angle of 30 ° to 45 ° with the ground, significantly enhances the rigidity and stability of the machine tool, while also facilitating operation and adjustment.
High precision machining: Key components such as machine tool spindles and guide rails undergo high-precision machining and assembly to ensure stable accuracy and performance even during high-speed operation.
Advanced Numerical Control System: Equipped with advanced numerical control systems, it achieves automated machining, precise control of various moving parts of the machine tool, improves production efficiency, and reduces manual intervention.
Efficient chip removal: The inclined bed design is conducive to the smooth discharge of chips, reducing the wear of chips on cutting tools and machining surfaces, and extending the service life of cutting tools and machine tools.
