Horizontal machining center Focaseiki HMC-630
Price on request
Horizontal Machining Center Focaseiki HMC-630
The Focaseiki HMC-630 is a robust horizontal machining center engineered for precision and high productivity in medium to large batch production. Its 1000 × 850 × 950 mm X/Y/Z travels and 630 × 630 mm pallet provide versatility for machining medium-to-large components.
The machine features a dynamic structural design with a two-stepped column configuration, enhancing cutting rigidity and stability. The cast iron structure with double V axes ensures smooth movement and excellent balance during operations, even under heavy cutting conditions.
Multiple configurations are available, including B-axis processing, collet clamp system for pull studs, and automatic tool changers ranging from 30 to 120 positions. A spindle-through coolant system and other optional features further increase efficiency and precision.
X-axis travel: | 1000 mm |
Y-axis travel: | 850 mm |
Z-axis travel: | 950 mm |
Board dimensions: | 630 x 630 mm |
Maximum permissible load: | 1200 Kg |
Spindle nose attachment: | BT 50 |
Spindle speed: | 10000 rpm |
High pressure through the spindle: | Yes |
Number of tool-changing positions: | 40 |
Key points: | 36 m/min |
Progress on the axis: | 10 m/min |
CNC type: | Fanuc, Siemens, Gsk, Syntec |
Weight: | 22000 Kg |
Type of accommodation: | meehanite cast iron |
- X axis travel: 1000 mm
- Y axis travel: 850 mm
- Z axis travel: 950 mm
- Pallet size: 630 × 630 mm
- Dynamic structural design with two-stepped column
- Cast iron structure with double V axes
- ATC options: 30 / 40 / 60 / 80 / 100 / 120 tools
- Optional B-axis machining capability
- Spindle-through coolant system
- High rigidity and stability for heavy cutting operations
- Multi-face machining of medium to large components
- Industries requiring high rigidity and precision, such as automotive, aerospace, and general engineering
- Production environments with high-volume or complex parts requiring fast tool changes
- Components with B-axis machining or multi-axis operations





