CAPACITY:

Table Diameter 78.74"
Maximum Swing 94.49"
Maximum Machining Diameter 78.74"
Maximum Turning Height 55.12"
Spindle Nose to Table 47.64"
Maximum Work Piece Weight 15,400 Lbs.
Spindle Taper CAT #50 BIG PLUS
Table Speeds 4-200 RPM
Table Motor 60 HP/50 HP
X-Axis Travel 62.99"
Z-Axis Travel 55.12"
C-Axis Indexing 0.001 Degrees
Live Milling Spindle Motor 25 HP/ 20 HP
Live Milling Spindle Speeds 40-5000 RPM
B-Axis Range 120 Degrees (-15/+105 Degrees)
B-Axis Positioning 0.001 Degrees
Y-Axis Travel 62.99"

Equipped With:

Okuma OSP-200 CNC Control
78.74" Chuck with (4) Chuck Jaws
Live Milling w/ C-Axis
CNC B-Axis Sweep Head
Renishaw RMP-60 Auto Gauging
36-Position Automatic Tool Changer
High Pressure Coolant System (1,000 PSI)
Daikin Oil Cooler
Chip Conveyor
Tooling
Data Card CNC Options:

B-Axis, touch sensor, c zero offset, y gauging, optical sensor, Hi G Control, B-axis co,p
pitch error comp, nc turret, plane conversion, profile generation, synchronized tapping
helical cutting, slant cutting, turret position comp, 96 tool offsets, tool life management,
tool wear comp, Home position, spin fluctuate, nc torque limit, GM code MCRO, Center comp
I/M switch, cycle time calc, multiple machine, c-axis PT error comp, LAP4, Nose-R 2B, User Task 2,
Exp auto chamfer, NC work counter, NC work monitor, cycle time check, Mac Man, Hi Turret
programming help, spindle orientation, M-axis orientation, servo link NC, servo link spindle
3D Animation, spindle max IL, Custom API, Axis active stop, var lost motion, work height set
high coolant, coolant thru spindle, Load monitor, B-axis pos. comp, air pressure detection
ex brake release, door lock, auto door, thru air blow, fix pot ATC


Note:

Just released from Aerospace plant
Okuma VTM-2000YB 5-axis combination lathe/machining center can perform turning, vertical, horizontal, and angled surface machining in one operation without reorienting the part in the chuck. With operator control of spindle direction in relation to the surface of the workpiece, side cutting with straight end mills can be used to dramatically reduce cutting time compared with point cutting using ball end mills. Cutting efficiency can be increased significantly and the lifetime of the tooling can be extended, reducing overall production costs. The work spindle is supported at two locations by large diameter roller bearings, offering precision control for the production of complex parts. The spindle’s geared head generates high torque capable of sustaining the heavy cutting necessary for parts such as large valve bodies.