Romi GL 300 T CNC Turning Center – Year 2021
Fanuc control Last Generation – Slightly used
CNC Lathe Romi GL 300 T Turning center with Fanuc control Last Generation (year working 2022) Like-new
General data:
-Brand: Romi
-Model: GL 300T A2-8 V4.0
-Used hours, alim. On: 1730 h.
-Used hours, cutting time: 681 h.
-Year factory: 2021
-Year start working: 2022
-Weight: 12,632 Lbs. (with chip conveyor) approx.
-Dimensions: h: 80.75? x front: 138.3? x side: 79? Approx.
Technical specifications
-Spindle nose: ASA A2-8
-Spindle hole diameter: 3.35?
-Chuck diameter: 10?
-Maximum bar capacity: 3?
-Speed range: 3.500 rpm
-Swing diameter over Z axis: 20.8?
-Swing diameter over X table: 16.5?
-Swing diameter over Y table: 15.7?
-Travel X axis: 7.3?
-Travel Z axis: 23.6?
-Travel Tailstock: 21.2?
-Tailstock type: Automatic Servo-driven
-Turret stations (number of stations): 12
-Power Requirement: 3 Phases x 240V
Software control (warranty until feb/25)
-Fanuc OI-TF (iHMI)
-Display size: 15?
-LCD ? Touchscreen
-Qwerty keyboard
Equipped additional
Longitudinal Hinged belt chip conveyor, Coolant pump (10 lpm @ 7 bar, 15kw / 2cv), hydraulically operated chuck 10? with inch serration 1/16″ x 90º, bar capacity Ø 76 mm, electronic Interface, autotransformer 200 – 480 VCA, foot switch for chuck, foot switch for tailstock. With additional tools, holder for machining inside diameter for bar 38mm (qty.3). and 40mm. (qty.3)
Additional Info
The machine is in perfect condition, only used by the owner, and never had a crash.
This turning center is the last generation equipped with technology and quality of high performance.
Robust casting was designed to absorb vibrations for heavy cutting. Rollerways on all axes for longer life and more rigidity.
Motor incorporated into the spindle (chilled), the results are lower maintenance (no belt), less vibration, better surface finishes, higher torque at low RPM.
AC Servomotors with direct-drive transmission thru preloaded ballscrew.
The Tailstock is programmable, and servo driven.
THERMAL COMPENSATIONS to obtain consistent accuracy throughout the day as the machine temperature increases.
