Biesse Skill G FT
Key Specifications
Max Spindle
Spindle Power
work area x
work area y
work area z
axes
Overview
The Biesse Skill G FT is a gantry-configuration CNC router engineered for large-format processing of wood panels, MDF, solid surfaces, composite materials, and plastics in furniture manufacturing, architectural millwork, and surface finishing applications. The "G" in the model name denotes the gantry structure, which positions the machining head on an overhead gantry bridge that moves along the Y-axis while the workpiece table remains stationary — a configuration that maximizes stability for large panel sizes and enables the use of extremely long working tables without the mass-related inertia penalties of moving-table machines.
The Skill G FT is part of Biesse's Skill family, which targets manufacturers who need production-grade routing capability for larger formats or specialized materials at a more accessible price point than the Rover K FT. The "FT" designation on this model indicates an enhanced feature level — typically including a more capable spindle head, extended ATC, and improved automation options compared to the base Skill G. Working area configurations extend to lengths of 3,700 mm or more, accommodating large-format panels used in architectural wall systems, kitchen cabinet end panels, and furniture industry RTA (ready-to-assemble) panel production.
The Skill G FT's spindle system uses an HSD electro-spindle with power ratings from 9 to 15 kW depending on configuration, accepting HSK-F63 toolholders at speeds up to 24,000 RPM. The gantry structure provides inherent rigidity advantages for wide-format work: the symmetrical loading of the bridge beam across two side columns reduces the structural flex that can affect accuracy on single-column cantilever-style routers when machining at the far end of a long table. This structural characteristic makes the Skill G FT particularly well-suited to large panel production where consistent edge quality across the full table length is required.
The machine's vacuum table system uses a grid of vacuum ports connected to independently switchable zones, accommodating the variety of panel sizes typical in furniture production environments. The Skill G FT is typically paired with Biesse's dust extraction and vacuum systems to complete the installation as a production cell. Biesse's BiesseWorks control software and compatibility with Cabinet Vision, Mozaik, and Alphacam ensure that the machine integrates readily into existing software environments in North American and European cabinet shops.
The Skill G FT occupies a practical niche in the market: it delivers the large-format capability and gantry rigidity of a specialized architectural routing machine at a total investment that is significantly lower than the Rover K FT. For furniture manufacturers, shop fitters, and architectural panel processors who work primarily with panels and sheet goods rather than complex 5-axis shaped parts, the Skill G FT offers an efficient and cost-effective path to large-format industrial CNC routing.
Full Specifications
| Parameter | Value |
|---|---|
| Work Area X | 2,800 – 3,700 mm (configuration-dependent) |
| Work Area Y | 1,300 – 1,600 mm |
| Work Area Z | 200 mm |
| Spindle Motor Power | 9 – 15 kW (HSD electro-spindle) |
| Max Spindle Speed | 24,000 RPM |
| Axes | 3 (gantry configuration, optional aggregate heads) |
| Tool Changer | 10 – 20 pockets (automatic) |
| Feed Rate | Up to 55 m/min |
| CNC Control | Biesse NCU (BiesseWorks / ISO G-code compatible) |
| Machine Weight | Approx. 3,500 – 4,500 kg |
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Specifications sourced from biesse.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Gantry structure provides superior rigidity for large-format panel machining vs. single-column designs
- Longer table configurations handle large architectural panels and custom panel lengths
- Cost-effective alternative to the Rover K FT for operations focused on panel rather than 5-axis shaped work
- Vacuum zone table accommodates mixed panel sizes without physical reconfiguration
- BiesseWorks and compatible with Cabinet Vision and Alphacam for seamless software integration
Limitations
- 3-axis configuration limits complex shaped-part capability compared to 5-axis alternatives
- Z-axis clearance of 200 mm restricts maximum material thickness and deep-pocket applications
- Gantry footprint requires more floor space than equivalent single-column router designs
Best For
Frequently Asked Questions
01
In a gantry-configuration machine, the table is fixed and the machining head moves on an overhead bridge. This allows much longer tables without the weight and inertia penalties of moving a heavy panel-loaded table. For large-format panel production, gantry machines typically deliver more consistent accuracy across the full table length and can accommodate heavier panel loads.
02
Yes. The Skill G FT is commonly used in solid surface (Corian, Avonite, Hi-Macs) and acrylic processing for kitchen countertops, furniture components, and display fixtures. Appropriate carbide spiral tooling and proper vacuum fixturing are required to achieve the edge quality and tolerance control needed for solid surface applications.
03
Yes. The Skill G FT's spindle interface supports SCM/Biesse-compatible aggregate heads including angular routing heads, horizontal boring units, and scoring units. These are specified at order time based on the buyer's production requirements. Full 5-axis capability is not available on the Skill G FT — for that, the Rover K FT is the appropriate platform.
04
The Rover B 1232 offers an integrated multi-spindle drilling head, higher spindle power, and more ATC capacity, making it better suited for high-volume nested cabinet production with integrated boring. The Skill G FT's gantry design offers a larger working area at comparable cost, making it preferable for operations prioritizing large panel format over integrated drilling capability.
05
Biesse recommends a minimum 3,000 m³/h (approximately 1,750 CFM) centralized extraction unit for the Skill G FT in woodworking applications. A dedicated extraction unit per machine is standard practice in North American installations. Biesse offers integrated extraction solutions as part of the complete machine package.
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