Turning Lathe CNC

The TCK-80 has a large, expanded combined inclined plane base frame; thus, the volume and weight of this medium-sized Inclinator surpass those of typical mid-sized models. Using cast iron as the base material, after quenching and four times aged artificially to eliminate internal stress and vibration resistance for extended service life. The weight is 6000 to 10000 kg; With good steadiness to process larger or heavier work-pieces without deformation; Can withstand several times as much load as ordinary Slanted-Bed lathe machines.

A 45° slope bed Design that offers a suitable operational Angle For easy approach to the machining area, Tool turret And Control Panel; reduces Operator fatigue caused by prolonged work under such conditions. A closed enclosure is used, which has a safe shut-off device that prevents injuries due to the cutting fluid or chip abrasion of internal components during operation. An automatic central-lubricate system has performed fixed-point quantified oiling for the guideway and ball screws, etc., to reduce wear and maintenance expenses.

Equipped with a high-performance CNC system (GSK980TDC as the standard, optionally Siemens, FANUC or Mitsubishi), which can perform automatic programming, program simulation, parameters storage function, real-time modification function, auto-correct faults functions, and provides colour LCD display and human-computer interaction interface to ensure convenient operation. About half a second for the 12-station servo-turret tool-change, which significantly reduces idle processing Time. The spindle is driven by a 22-30kW high power variable-frequency motor and has a Variable speed variation range of 30~3000r/min; It can meet various cuttings conditions under different speeds, such as high-speed cutting of aluminium alloys or heavy-duty machining of low-alloy steels. A preloading low-noise, high-precision ball screw assembly is used for direct connection with the servomotor on both X and Z axes; The positioning accuracy meets ±0.01mm requirement , while the repeatability exceeds ±0.006 mm.

The problem with flat-bed lathes that cannot collect chips is solved by the inclined bed of TCK80; Gravity will assist in releasing these chips. Chips and coolant produced during cutting naturally fall into the installed efficient-automatic chip-conveying system under gravity to avoid blockage of chips at the machining site, protect the guide rail, spindle and tool from wear and thermal deformation. This Design Shortens the Time of Hand-Cleaned by About Half, Ensures Continuous Self-Operation For 24 Hour Longer Tool Life Is Increased By Up To Three-Four Times Extended Production Efficiency And Stability.