天美直播

The core of the industrial milling and boring machine to improve the efficiency of processing large workpieces is to reduce workpiece handling, re-clamping and process conversion through floor-standing structure, combined milling and boring processing, large stroke and optional rotary workbench, thereby shortening the overall processing cycle, not just increasing the cutting speed of a single machine.

Heavy machinery manufacturing requires a floor type milling and boring machine because it can complete plane, hole system and multi-directional machining while reducing the re-clamping of large workpieces with a large processing range and milling and boring compound capabilities, and at the same time rely on heavy structure to ensure stability under large cutting loads.

The key to improving the efficiency of processing large workpieces with double column vertical lathe is to match the heavy cutting needs of actual workpieces with sufficient structural rigidity, cutting capacity, workbench load and guide rail stability, rather than simply pursuing larger specifications or higher cutting parameters.

In the manufacturing of power equipment, floor type boring milling machine should focus on large-scale plane and hole processing, multi-process connection, multi-direction complex structure processing, and machine tool stability under heavy cutting, and match equipment travel based on actual part drawings and processes., boring bar, spindle and accessory configuration.

When large rotary workpieces require compound machining such as circumferential positioning and holes and grooves in addition to turning, and secondary clamping costs are high and risks are high, CNC vertical turret lathe is really needed.