standard:
Fanuc 0i-TF Plus
Main Spindle A2-8
Motorized Spindle
8" Chuck
Sub-Spindle A2-6 and 6" Chuck
Optional:
Fanuc Manual Guide i
Siemens 828D
Main Spindle A2-6
Main Spindle A2-10
10" Chuck
Sub-Spindle A2-6 and 6" Chuck
THK Ballscrew & Linear Guideway
Powered 12 Station Turret
Y Axis
Renishaw Tool Presette
Renishaw Workpiece Measurement
Heidenhain Linear Scale
Automatic Door
Automatic Roof
Part Catcher
Bar Feeder
High Rigidity: Lathes are designed with a sturdy and robust construction that provides high rigidity. it helps minimize vibrations and deflection during machining operations.
Small Footprint: Lathes are often designed to be compact and efficient in terms of space utilization. This small footprint is advantageous. A smaller machine can be integrated more easily into a production line or workshop,a smaller lathe can facilitate easier movement and repositioning within the workshop if needed.
Ergonomic Design: Lathes are typically designed with user comfort and safety in mind. Ergonomic features such as adjustable controls, easy-to-reach operational interfaces, and well-placed safety features contribute to a safer and more comfortable working environment for operators.
FT300 | |
Max Swing Diameter | 650mm |
Max Machining Diameter | 370mm |
Max Machining Length | 500/1000mm |
X Travel | 210mm |
Z Travel | 560/1105mm |
Tailstock Travel | 1000mm |
Spindle Motor | 22/26kW |
Spindle Type | JISA2-8 |
Spindle Speed | 10-4000rpm |
Chuck Size | 1Q7H2' |
Spindle Bore | 91mm |
Positions | 12 Tools |
Indexing Time | 0.2S |
Turning Tool Size | |
Boring Tools Size (Diameter) | 40mm/ 32mm |
Motor Power | 1.1Kw |
Type | Programmable Servo Motor |
Taper | MT No 4 |
Power | 1.7Kw |
X Axis | 20m/min 2.4Kw |
Z Axis | 24m/min 2.4Kw |
Size | 150L |
Total | 25KVA |
Total | 6500Kg |