Centre d'usinage 5 axes Go5

verticalà table mobileà portique

Overview
The FIDIA Go5 is a high-speed milling center with a fixed gantry and moving table configuration, designed to maximize rigidity in a compact footprint. The structure is made entirely of cast iron castings to ensure thermal stability and high vibration damping during all machining operations. The design is distinguished by a 45° inclined base that optimizes integration of the tilting rotary table and facilitates natural chip fall toward the evacuation system.

Highlights

• Accessibility: Two large sliding doors allow front and side loading of workpieces.
• Installation: Thanks to the structural rigidity, the machine does not require special foundations.
• Chip management: Integrated system with front auger and rear conveyor as standard.

Structure
The Go5 follows a construction philosophy that prioritizes maximum dynamic stability. The structure consists of a fixed gantry architecture with a moving table, made entirely of high-quality heavy cast iron castings. This ensures high damping of vibrations typical of high-speed machining, superior thermal stability and minimized geometric drift during prolonged work cycles. The 45° inclined base acts as a load-bearing column, distributing weights in a balanced manner and offering torsional rigidity for precision across the working volume.

Plug & Play Installation
The Go5 is designed for logistical flexibility: the rigidity of the cast iron monoblock allows installation on good-quality industrial floors without special foundations. Leveling via anti-vibration mounts reduces commissioning time and cost. The self-supporting structure allows relocations and lifting without altering geometric alignments or original precision.

Milling unit
Performance and precision: the machine can be configured with two different spindle types to suit production requirements from high-speed roughing to ultra-high-precision finishing. Each spindle is supported by a closed-circuit cooling system stabilizing bearings and windings. Both systems use minimal air/oil lubrication for the bearings, automatically managed to ensure longevity under continuous high-speed use.

Specifiche tecniche e Layout (table)
D321 | Caratteristiche
Corsa asse X: 3000 mm
Corsa asse Y: 2200 mm
Corsa asse Z: 1100 mm
Velocità assi: 24 m/min
Dimensioni della tavola: 3000 x 2000 mm
Portata della tavola: 3500 Kg/m²
Mandrini: M5A/55-24, M5A/55-20G, M5A/65-15

Technical Specifications (table)
Axcis strokes | X: 600 mm (23.6") | Y: 850 mm (33.5") | Z: 450 mm (18")
Axis speed: 30 m/min
B - Tilting (Table): ±180°
C - Rotary (Table): 360° (continuous)
Table plate diameter: Ø400 mm (15.7")
Max. load capacity (table): 300 kg (660 lb)

Spindle options (table)
M3A/20-18 vs M3A/19-36
Max. spindle speed: 18,000 1/min | 36,000 1/min
Max. Power (S1/S6): 11.7 / 20 kW | 17 / 19.5 kW
Max. torque (S1/S6): 26 / 80 Nm | 11 / 12.5 Nm
Toolholder: HSK-A63 | HSK-E50

Caractéristiques / spécifications techniques

• Model: Go5
• Configuration: Fixed gantry with moving table; 45° inclined base
• Structure material: Heavy cast iron castings (monoblock)
• Approx. overall weight: ~8,000 kg
• Accessibility: Front and side loading via two large sliding doors
• Foundation: No special foundations required; anti-vibration mounts for leveling
• Chip management: Integrated front auger and rear conveyor
• D321 strokes (layout table): X 3000 mm, Y 2200 mm, Z 1100 mm
• D321 axis speed: 24 m/min
• Table dimensions (D321): 3000 x 2000 mm
• Table load capacity (D321): 3500 Kg/m²
• Alternative axis strokes (technical table): X 600 mm, Y 850 mm, Z 450 mm
• Axis speed (technical table): 30 m/min
• Table plate diameter: Ø400 mm
• Table max load capacity (technical table): 300 kg
• B - Tilting (Table): ±180°
• C - Rotary (Table): 360° continuous
• Spindle options: M3A/20-18 (18,000 rpm, 11.7/20 kW, 26/80 Nm, HSK-A63) and M3A/19-36 (36,000 rpm, 17/19.5 kW, 11/12.5 Nm, HSK-E50)
• Spindle cooling: Closed-circuit cooling for bearings and windings
• Bearings lubrication: Minimal air/oil lubrication, automatic management