ITK-Cega SS

ณ์Development concept 

1.Improved Y-axis thermal growth
2.Improved of machining surface
3.High-speed ATC 4.Machine specifications
5.New various functions
6.Accuracy data
7.Improved items

1.  Improvemed Y-axis thermal growth

Thermal growth measures by Layout change of Z-axis feed system
Countermeasure for thermal growth of Y-axis direction
CEGAIIICEGA-SS
As Z-axis guide is positioned near the center of spindle, Y-axis thermal growth is suppressed.

Z-axis Z-axis LM guide Rail ⇒Saddle Carriage ⇒Spindle head - Distance between machining point and supported point is not varied, if Z-axis moves. Z-axis straightness with stability - There is no overhang on Z-axis. High accuracy positioning
	A.H.I.S（Advanced Heat Isolation System） - Oil circulation forced cooling type wide area double-jacket - Control box is away from main body (150mm) - THERMAL GROWTH CONTROL Temperature control ±0.1C - Compulsory heat discharging fan
Forcing out hot air in the spindle cover Exhaust heat at high speed rotation of spindle is the cause of spindle thermal growth. Forcing out exhaust heat in the spindle cover Thermal growth counter measure
X-axis thermal growth data	Y-axis thermal growth data
2.  Improvemed machining surface

Axis guide

High performance spindle

1) Spindle employs Built-in motor made by FANUC for less heat generation
2) Max 30,000rpm (OP : 40,000rpm)
3) Ceramic bearings
4) THERMAL GROWTH CONTROL Temperature control ±0.1C by forced circulation of heat exchange fluid (Dual bypass PID control)
5) New Spindle internal structure secures improvement on dynamic run-out

Inspection cutting-01

Flat Surface cutting Machine : CEGA-SS300 Material : STAVAX (52HRC) Coolant : Semi dry Work size : 60 x 60 x 30 mm Inspection cutting-01 Machining condition

Inspection Cutting-01

Inspection Cutting-02