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5-axis CNC machine (VMC) Hedelius - Tiltenta T6-2300
MACH-ID 9147| Make: | Hedelius |
| Type: | Tiltenta T6-2300 |
| Control: | HeidenHain iTNC530 |
| Year: | 2005 |
- Optional NC-Rotary Table
- Working area 750 x 550 mm
- Table load 800 Kg
- Torq on table 1600 Nm
- Rotation speed 22 Rpm
- 2 x 850 mm pendel job
- HeidenHain HR 410 handwheel
- HeidenHain iTNC530
Specifications
X - Travel
2300 mm
90.551 inch
Y - Travel
630 mm
24.803 inch
Z - Travel
810 mm
31.89 inch
A - Axis
- 92 to + 92 °
- 92 to + 92 °
B - Axis
360.000 °
360.000 °
Table Length
2900 mm
114.173 inch
Table Width
630 mm
24.803 inch
Table load
2000
2000
Feed rate X-Axis
60000 mm/min.
60000 mm/min.
Feed rate Y-Axis
60000 mm/min.
60000 mm/min.
Feed rate Z-Axis
60000 mm/min.
60000 mm/min.
Spindle Taper
40 ISO/Bt/Mk
40 ISO/Bt/Mk
Power on spindle
26,5 kW
26,5 kW
Speeds / ranges
12000 Rpm
12000 Rpm
ATC / revolver
40
40
Coolant through spindle / Bar
20
20
Number of controlled axis
5
5
Chip conveyor
Yes
Yes
Coolantsystem
Yes
Yes
Dimensions (Estimate)
Length
7500 mm
295.275 inch
Width
3250 mm
127.953 inch
Height
3250 mm
127.953 inch
Weight
16800 kg
37054.4 lbs
Please Note: The information on this page has been obtained to the best of our ability and belief, and from the manufacturers where possible. It is given in good faith, but its accuracy can not be guaranteed. Accordingly, it will not form a representation or constitute contractual terms. We advise you to check any vital details!
Hedelius Tiltenta T6/2300 is an advanced 5-axis CNC machining centre designed for precision machining of medium to large workpieces. It combines a swivelling main spindle with an integrated NC rotary table, ensuring versatility and accuracy.
Key specifications:
- X-axis travel: 2300 mm
- Y-axis travel: 600 mm
- Z-axis travel: 695 mm
- Spindle power: 35 kW
- Max. speed: 12,000 rpm
- Tool magazine: 40 positions
- Tool holder: DIN 69871-A40
- Control: Heidenhain iTNC 530
- Max. workpiece weight on rotary table: 900 kg
This machine is ideal for applications in aerospace, mould making and general engineering, where precision and flexibility are essential. The combination of a swiveling spindle and a powerful rotary table enables complex workpieces to be machined in a single clamping operation, increasing efficiency and reducing setup times.
