High precision main spindle with powerful cutting and 2 step gear drive method (VX750M)

Accomplishment of ultra precision, ultra powerful mid-cutting based on high rigidity mechanism (VX750M)

Improved position accuracy and repeatability through application of semi-floating slide method for Y axis

Application of 4 way 6 plane restriction for Y axis Slide Way structure

Single unit meehanite bed with characteristics of high accuracy and high rigidity

Mid-cutting is possible with powerful main spindle structure(output:15kW , Torque: 29.2kgf.m) (Hi-V50D)

Thermally symmetrical structure minimizes effects of heat generated during processing (Hi-V50D)

Box Guide structure of Z axis for mid-cutting ( X,Y : LM-Guide)
Adoption of precision LM-Guide for high overload (Hi-V360D)

Single unit bed of high accuracy and high rigidity

45˚ slant bed with combination of square and cylindrical rib structure maintains high rigidity and is excellent in absorption of vibration

Wide width LM-Guide was selected for each guide to minimize Stick Slip

To prevent damages from collisions of each feed shaft, torque limiting clutch is prepared as an optional feature

Improvements in high speed mid-cutting, interrupted cutting, etc. with reinforcement of rib for bed of 45˚ tilt angle

Accomplishment of high accuracy with direct connection of each axis with ball screws and Servo motors

High power tool post run by a high torque motor was selected for the large Turret in which 12 tools can be installed.

Head post that fundamentally blocks heat from the base with insulating plate and with symmetrical consistent type structure

Adoption of roller guide method in all axes for high speed processing

High speed, high accuracy processing is possible with 4 rows of angular thrust bearing at both ends of each axis

Respond to low speed mid-cutting with installation of winding switching method high torque main spindle motor

T type cast iron structure of X and Z axis of the bed enhances rigidity and maintains stable accuracy during long hours of operation

Linear Roller Guide method with excellent capability of acceleration& deceleration and excellent rigidity is adopted for each axis

Ball screws with large diameter are supported with double anchors and applied with pre-load to compliment rigidity

Rapid feed speed of X/Y/Z axes is 50m/min reducing non-cutting time during axis movement

High speed feed for X and Y axis to increase productivity (36 x36 m/min)

Adoption of main spindle motor with powerful torque for mid-cutting(29.2 kgf.m)

Ball Screw supporting structure of Double Anchor method

Application of ATC with high precision

The greatest cutting ability within the same class (X,Y axis Stroke : 1,060 x 510 mm)

Accomplishment of high accuracy with direct connection of each axis with high precision ball screws and Servo motors

Complimented rigidity with high accuracy pretension double anchor support method

Reduction of cycle time to improve processing productivity

Single unit bed with tilt angle of 60˚ provides strong cutting ability and improve degree of processing

Accomplishment of high accuracy with direct connection of each axis with high precision ball screws and Servo motors

Complimented rigidity with high accuracy pretension double anchor support method

Reduction of non-cutting time (0->24m 0.1 sec)with acceleration of rapid feed speed to 24m/min

Single unit bed of high accuracy and high rigidity

Slant bed facilitates access to tool post and chuck providing smooth chip disposal

Externally open structure taking into consideration operation, A/S, and maintenance of the machine

Gang type tool post and block tool

Due to decreased time spent on selection of tools, machine’s operation hour is maximized, and productivity is increased in mass processing of small parts