Biesse Rover Drill Go R V

SKU: Biesse Rover Drill Go R V

Rover Drill Go R V

Compact and Intuitive: the vertical drilling solution for the modern craftsman. Designed for precision and efficiency, this versatile machine optimizes small workspaces while delivering professional-grade results. Advanced features and a user-friendly design make it ideal for contemporary craftsmanship.

Save Time, Run Faster

High speeds and rapid acceleration with double grippers drastically reduce cycle times during panel displacement and repositioning.

Different Size, Zero Problem

The double gripper system handles elements of varying sizes without operator intervention, ensuring seamless transitions and maximizing efficiency.

Make Precision Great

The panel dimensional measurement system enhances accuracy by detecting panel references and enabling real-time adjustments to machining positions.

Soft and Gentle on Delicate Surfaces

Dedicated solutions protect delicate panels from scratches, ensuring flawless results every time.

Ergonomics for Greater Efficiency

Ergonomic design minimizes operator effort, improving workflow and overall production efficiency.

Enhanced Stability and Finishing

Double grippers securely hold panels throughout the process, maintaining proper alignment even during complex or heavy machining.

Optimized Space: Reduced Footprint

Vertical panel management minimizes space requirements while enhancing operational flexibility compared to traditional horizontal systems.

Drilling Units

Various configurations of drilling units with independent spindles are available, ensuring versatility for a wide range of customer drilling requirements.

Routing & Aggregates Machining

HSD electro spindle with an automatic tool changer enables multiple machining operations in a single cycle, eliminating manual intervention and rework.

Integrated Grooving Saw

The drilling units are equipped with an integrated blade designed for precise grooving through backrest channels, delivering fully machined elements in a single operation.