Pallet size | 800 mm × 800 mm |
Tool shank (standard) | HSK-A100 |
Max. spindle speed | 10000 min-1 |
Max. workpiece size | Φ1600 mm × 1100 mm |
Horizontal Machining Centres
FF-1250H
- Meeting the needs of large aluminium workpiece machining
- Tilting rotary table for large workpieces
- Machine structure, specialised for process integration, contributes to shortening production lead times and higher productivity

Meeting the needs of large aluminium workpiece machining
The rise of electric vehicles, coupled with increasingly stringent environmental regulations, has driven a growing demand for machining large aluminium workpieces used in critical vehicle components. The FF-1250H has a machine structure specialised for process integration, contributing to shortening production lead times and increasing productivity in the machining of large aluminium workpieces.

Large 2-axis table for machining large workpieces
2-axis rotary table
The tilting rotary table, which has two rotary axes (A- and B-axis), can change the workpiece orientation freely, enabling multi-surface continuous machining without setup changes.

Table size capable of loading large workpieces
The large 2-axis table has high rigidity due to the base structure with support on both ends.
Maximum loading workpiece size:
Φ1600 mm × 1100 mm, 650 kg

HSK-A100 spindle for heavy duty machining of aluminium workpieces
Equipped with a standard 10,000 min-1 spindle for large-diameter face mills and heavy-duty tools with special shapes.
Maximum tool diameter / length / weight:
Φ250 mm / 450 mm / 30 kg

Automation
You can build automation lines of various sizes, from space-saving processing lines that are combined with gantry loaders, to large-scale processing lines that are combined with loader robots that loads material and remove finished products.

High-speed and high-accuracy simultaneous 4-axis CNC system
MAZATROL SmoothEz
The digital setup function can replicate the machine of your factory on the PC at your office. On the machine side, operation programmes can be created while checking the workpiece shape and process, intuitively with touch panel controls.
