Breton Xceeder 900 X: 900 - Y: 900 - Z: 600 mm CNC

Breton Xceeder 900 X: 900 - Y: 900 - Z: 600 mm CNC

Name: Used BRETON Xceeder 900 X: 900 - Y: 900 - Z: 600 mm CNC For Sale D.01 16005
Brand: BRETON
SKU: D.01 16005
Availability: PreOrder

Brand

BRETON

Location

Not specified

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Specifications
Files & Videos

Located in Deinze, Belgium

Technical information

X-axis 900 mm
Y-axis 900 mm
Z-axis 600 mm
Table dimensions dia 700 mm
Max weight on the table 1000 kg
Admission in spindle (ISO) HSK-A63
Power on the spindle 40 kW
Control Siemens Sinumerik 840D SL
Number of axes5 AXIS simultaneous
Toolchanger yes
Number of toolholders150 positions
Number of rotations40 000 rpm
Length 4655 mm
Depth 5890 mm
Height 3415 mm
Weight 16 500 kg

Additional info

Type: XCEEDER 900/RT
XCEEDER is a 5-axis interpolated moving crosshead machining center for high-speed milling operations. Specially designed for applications ranging from complex gears and impellers to molds, dies and tools, for projects in the aerospace, automotive and power generation industries.
- Maximum workpiece diameter: 900 mm
- Maximum distance between spindle and table: 700 mm
- Hydraulic clamping on table
- A-axis: -30° / 110°
- C-axis: continuous
- max torque on spindle: 22 Nm
- 150 position tool changer

Options fitted to this machine:
1 - 40,000 rpm high-speed spindle
2 - table dia 700 mm with hydraulic clamping
3-150-position tool changer
4 - chip conveyor belt
5 - cooling system with recovery
6 - coolant temperature control
7 - high pressure cooling (40 to 70 bar) by spindle
8 - smoke extraction system
9 - chip collection box
10 - Presetting system and tool integrity: laser and mechanical probe for measuring tools
11 - Renishaw probe
Many of the XCEEDER 's advantages come from the core of its structure. From there, through the cast iron gantry, it benefits from all the vibration-damping properties of “Metalquartz”, Breton's patented material, which provides thermal inertia and withstands machining for many years, producing highly precise and rigid responses to the machining process.