Versatility in Materials and Processes
FMV Trasmissioni Meccaniche performs a wide range of high-precision machining—both for in-house products and for customer-supplied mechanical components.
The team works across multiple materials: aluminum alloys, steel, cast iron and plastics, combining an advanced machine fleet with proven craftsmanship to ensure efficiency, repeatability and quality for pulley manufacturing, metal castings and tailor-made finished parts.
CNC Turning and Dedicated Tooling
A complete lineup of conventional and CNC lathes supports tight-tolerance production:
- Vertical CNC lathes up to Ø 650 mm
- Horizontal CNC lathes up to Ø 450 mm
- CNC lathe with live tooling and Y-axis up to Ø 340 mm
- Bar feeder with through-spindle up to Ø 52 mm
These systems enable precise, cost-effective machining—especially on aluminum alloys—while reducing cycle times.
Milling, Broaching and Slotting for Complex Geometries
FMV’s capabilities include:
- Milling on 4-axis horizontal bi-pallet machining centers (travels X: 730, Y: 730, Z: 880 mm)
- Broaching for standardized internal keyways and profiles
- Slotting (shaping) to produce complex internal geometries and forms.
Sawing, Drilling and Finishing
Complementary machines ensure accurate cutting, drilling and finishing:
- Horizontal and vertical band saws for precise cuts on steel, cast iron, aluminum and plastics
- Precision drills for specific hole-making operations
- Sandblasting cabinet for consistent surface finishing
- Part marking for identification and customization.
Traditional Workshop for Special Operations
Alongside advanced CNC equipment, FMV maintains also traditional machine area with lathes, mills and drill-mills—ideal for special jobs, rapid tooling and bespoke adjustments. The blend of technology and hands-on know-how delivers flexibility and precision on every finished mechanical part.
Assembly and Functional Testing
To complete the production cycle, FMV offers a dedicated assembly and testing area for both internally produced and customer-supplied components. Each assembly undergoes functional verification to guarantee the final product meets required performance and quality standards.
