Conventional Lathe Merli Clovis 28
Model: CLOVIS 28 X 3000
Brand: MERLI
Type: lathes
Price on request
Description
Used Conventional Lathe Merli Clovis 28
The Merli Clovis 28 is a used conventional lathe designed for reliable and precise turning of medium-sized components. Its sturdy bed and precise guideways provide stability during machining, making it ideal for mechanical workshops and maintenance operations.
Equipped with digital readouts (DRO), the machine allows precise control of tool movement for improved accuracy. The inclusion of a steady rest supports long workpieces, while the manual chuck provides flexibility for different turning operations.
The Merli Clovis 28 is therefore a practical solution for companies seeking a used conventional lathe capable of precision turning of medium-length shafts and cylindrical components.
Technical Specifications
Maximum rotating diameter on the bed: | 820 mm |
Maximum rotating diameter on the cross carriage: | 595 mm |
Distance between the tips: | 3000 mm |
Turret type: | Manual |
Number of seats in the cabin: | 4 |
Table dimensions: | 500 mm |
Table type: | Platform with 4 independent jaws |
Spindle nose attachment: | Cam-Lock D1-8 |
Spindle speed: | 1010 rpm |
Spindle bore diameter: | 105 mm |
Cone type: | C.M. 5 |
Overall dimensions: | 5055 x 1360 x 1740 h mm |
Weight: | 5600 Kg |
Type of guides: | Box way |
Type of accommodation: | meehanite cast iron |
Key Features
- Conventional parallel lathe
- Model Merli Clovis 28
- Height of center: 410 mm
- Distance between centers: 3000 mm
- Maximum turning diameter over cross slide: 595 mm
- Digital readouts (DRO)
- Steady rest for long workpieces
- Manual chuck
- Rigid machine structure suitable for medium-sized components
- Standard accessories included
Typical Applications
- Turning of medium-length shafts and cylindrical components
- Mechanical workshops and maintenance machining
- Production of flanges, bushings, and industrial parts
- Precision machining with steady rest support
- Small and medium batch production










