ALL-IN-ONE TYPE OF BED
Optimal Structural Analysis
Structural analysis was applied to the design of the machine to increase the tool post body and reduce the machine’s height so as to maintain the bed’s dynamic rigidity even during high-speed machining. In addition, the SE Series bed slope is
pitched at 30 degrees to ensure more stable machining.
GUIDEWAY
High-Speed Roller LM Guideway Linear roller guideways are applied to reduce non-cutting time and bring high rigidity.
MAIN SPINDLE
Specialized in High-speed and Rough Cutting
The 6” main spindle is designed for high-speed machining by applying two and three-row ball bearings to the front and rear, respectively. In addition, the 8” and 10” main spindles are designed to match the rigid spindle structure by combining the double-row roller bearing and the angular contact bearing, which provides excellent performance for heavy-duty cutting.
Moreover, we applied the ribstar belt to minimize the slip and noise of the belt during processing, and this improvement enhanced performance of the work and increased processing stability by minimizing bearing damage caused by inflow of the oil.
*C-Axis Control (‘M” Type): C-axis of SE Series can be controlled to 0.001° which makes it possible to process various shapes.
SUB SPINDLE (‘S’ Types)
The Bell-type sub spindle is designed to minimize thermal displacement during the continuous machining, offering from the heavy-duty cutting to the high-speed machining. When the main spindle cutting is completed, the sub spindle rotation is synchronized with the main spindle allowing the workpiece to be transferred to the sub spindle, and machining can begin on the back side of the workpiece.
Article by : Cerathai