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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 



X - Travel:                  2300mm

Y - Travel:                  630mm

Z - Travel:                  810mm

A - Axis:                    - 92 to + 92°

B - Axis:                    360.000°

Table Length:                2900mm

Table Width:                 630mm

Table load:                  2000

Feed rate X-Axis:            60000mm/min.

Feed rate Y-Axis:            60000mm/min.

Feed rate Z-Axis:            60000mm/min.

Spindle Taper:               40ISO/Bt/Mk

Power on spindle:            26,5kW

Speeds / ranges:             12000Rpm

ATC / revolver:              40

Coolant through spindle / Bar:20

Number of controlled axis:   5

Chip conveyor:               Yes

Coolantsystem:               Yes

Length:                      7500mm

Width:                       3250mm

Height:                      3250mm

Weight:    M5946881       M5946881             16800kg



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.