Biesse Rover Cut Go S F

SKU: Biesse Rover Cut Go S F

Rover Cut Go S F

Panel sizing machine for small craftsmen, designed for daily small-batch production.

Combining compactness and efficiency, the Rover Cut Go S F is the perfect companion for operators seeking high precision and productivity in limited spaces. Its adaptable configuration allows customization to specific needs, offering an ideal balance between performance, precision, and flexibility.

  • Productivity increase up to +25% — Twin Pusher 1.2 system boosts productivity and flexibility by managing multiple sub-formats with a single cut.
  • Optimal workspace use — Working area design ensures full utilization: cross cuts on the square fence side and rip cuts on the opposite. Consecutive cuts provide ample handling space for the operator with minimal movement.
  • Extra storage, same footprint — The space beneath the machine can be used for material or cut-piece storage without increasing the overall footprint.
  • Zero-time blade changing — Quick blade change system enables fast, tool-free swaps at the press of a button.
  • Energy and air efficiency — Up to 80% air savings with optimized dust extraction and automatic standby mode for reduced energy use.
  • Precise blade positioning — Main and scoring blades are driven by independent motors and linear guides, ensuring perfect control and exceptional cutting quality across all materials.
  • Enhanced machine autonomy — Integrated lift table increases capacity for stacked materials (up to 630 mm) without expanding footprint, keeping the machine ready to process continuously.

Materials handled

Panels: chipboard, MDF, plywood, and other wood-based materials in multiple sizes and thicknesses.

Special cases

  • Thin sheets: Easily manageable with front loading; the side aligner on the saw carriage handles panels under 10 mm smoothly.
  • Overhanging laminates: Optional manual collets on the grippers allow effortless handling of panels with overhanging laminate edges.

*Productivity values depend on cutting configuration and material type.