The San Rocco MEC 80 Table-Type Horizontal Boring Mill is a true heavy-industrial machining centre built in Italy for large-scale, high-weight components where stability and cutting power are critical.
This machine is in good working condition and is designed for demanding applications such as structural fabrication, gearbox housings, pump casings, and large industrial refurbishment work.
With an 80mm spindle diameter, the machine delivers strong boring and milling capability, supported by a robust quill travel of approximately 600 mm. The spindle speed range operates from low-speed heavy cutting through to higher-speed precision finishing, depending on setup.
The large table and long axis travel allow for handling oversized components with ease, while the machine’s multi-ton structural mass provides the rigidity required for accurate machining under load.
Built for true industrial environments, the MEC 80 combines boring and milling functionality in a single setup, reducing repositioning time and improving machining accuracy on complex parts.
Key Specifications:
- Model: San Rocco MEC 80 (Italy)
- Machine Type: Table-Type Horizontal Boring Mill
- Spindle Diameter: 80 mm
- Spindle Taper: ISO 40
- Spindle Speed Range: 11 to 1100 rpm
- Spindle Quill Travel: 600 mm
- Table Size: 920 x 920 mm to 1220 x 920 mm (configuration dependent)
- X-Axis Travel: 1000 to 1600 mm
- Y-Axis Travel: 950 to 1200 mm
- Z-Axis Travel: 850 to 1000 mm
- Motor Power: 11 to 15 kW range
- Machine Weight: 7 to 10 tons class
Ideal Applications:
- Heavy engineering and fabrication workshops
- Mining equipment repair and refurbishment
- Gearbox and pump housing machining
- Large structural steel machining
- Industrial maintenance and rework operations
Key Advantages:
- True heavy-duty industrial rigidity for large components
- Capable of machining high-mass workpieces with stability
- Combined boring and milling capability in one setup
- Proven European-built industrial design for long service life
A serious industrial machine built for workshops that handle large, complex, and heavy components where standard machining centres are no longer sufficient.
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