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Blin Double column machining center
Price on request
Blin Double-Column Machining Centers: Precision Meets Structural Integrity
The Blin Double-Column Machining Center (also referred to as a Portal Vertical Machining Center) is the premier solution for demanding, high-precision chip removal applications. Engineered for superior rigidity, this machine features a robust configuration where the workpiece table traverses the longitudinal axis (X-axis), while the heavy-duty bridge structure—consisting of two columns supporting a fixed or moving crossbeam—houses the transverse movement (Y-axis). The vertical motion (Z-axis) is provided by a high-precision ram, which can be equipped with either a direct-drive spindle or a versatile milling head to suit complex machining tasks.
Blin Machinery’s double-column centers are built for excellence, utilizing Meehanite cast iron structures that undergo specialized aging processes. By eliminating internal stresses before machining, we guarantee maximum structural stability, exceptional vibration damping, and long-term positioning accuracy—even during heavy-duty cutting. These machines are the ideal choice for high-precision mold and die making, as well as the serial production of large-scale, complex mechanical parts.
Discover our core range of Blin Vertical Gantry Centers:
Custom dimensions, advanced configurations, and detailed pricing are available upon request. Contact us today to tailor a solution to your production needs.
Head type: | Manuale / automatica |
CNC type: | Fanuc, Siemens, Gsk, Syntec |
Type of accommodation: | Struttura in ghisa |
- Meehanite Cast Iron Construction: Advanced material selection and thermal aging processes ensure permanent structural geometry and stability
- Bridge/Portal Architecture: Provides unmatched rigidity compared to C-frame designs, making it perfect for heavy-duty, high-precision milling
- Multi-Axis Versatility: Precise X, Y, and Z-axis synchronization allows for complex 3D contouring and surface finishing
- Advanced Ram & Spindle Design: Engineered for high torque and consistent thermal growth control for tight-tolerance production
- High-Damping Characteristics: Excellent stability during aggressive material removal, resulting in superior surface finishes
- Flexible Tooling Options: Adaptable for various milling heads or spindle types to optimize for specific industry applications
- Automotive Die & Mold: Precision machining of large stamping dies and complex automotive molds
- Aerospace Components: Structural parts requiring massive work envelopes and high-precision tolerances
- Energy Sector: Machining of large turbine housings, bases, and generator components
- Heavy Machinery Infrastructure: Production of oversized engine blocks, chassis components, and industrial frames
- Shipbuilding: Fabrication of large-scale marine engine parts and propulsion system housings
