Industrial CNC Machine Directory

Hurco VCX600i

$220,000 - $280,000 Updated 2026-03-16
Hurco VCX600i 5-Axis Machining Centers
01

Key Specifications

X Travel

600 mm (23.6 in)

Y Travel

560 mm (22 in)

Z Travel

500 mm (19.7 in)

Max Spindle

15,000 RPM

Spindle Taper

HSK-A63

Tool Capacity

40

02

Overview

The Hurco VCX600i is a full 5-axis vertical machining center using a trunnion-style A/C rotary table to provide simultaneous 5-axis motion on a 600 mm (23.6 in) diameter workholding platter. The machine is built on the same rigid box-way Y-axis platform as the VMX-i series but adds a Hurco-designed trunnion that integrates cleanly with the WinMax 5-axis control software. This tight hardware-software integration is central to Hurco's 5-axis value proposition: WinMax handles simultaneous 5-axis contouring, 3+2 positional work, and tool center point management (TCPM) through the same conversational-style interface operators already know from the VMX family.

The linear axes provide X/Y/Z travel of 600 x 560 x 500 mm (23.6 x 22 in x 19.7 in). The A-axis trunnion tilts ±110 degrees and the C-axis rotates 360 degrees continuously, providing full 5-sided access to most prismatic and complex-contoured parts. The spindle is a 22 kW (30 hp) direct-drive unit at 15,000 RPM with an HSK-A63 taper — a step up from the ISO 40 taper on the linear VMX models, better suited to the higher speeds and lighter tooling typical in 5-axis aerospace and medical applications.

The 24-station ATC provides 3.0-second tool-to-tool times. WinMax 5-axis includes tool length compensation in rotated planes, TCPM (tool center point management) for maintaining constant cutter engagement during simultaneous 5-axis motion, and collision avoidance simulation before cutting begins. DXF and IGES surface import support allows direct 5-axis programming from 3D surface data without full CAM-to-G-code post-processing in many cases.

The VCX600i competes with the Mazak Variaxis i-500, DMG Mori DMU 50, and Grob G350 in the 600 mm trunnion 5-axis class. The Hurco differentiates on control accessibility — WinMax lowers the skill barrier for 5-axis setup compared to traditional FANUC or Siemens 5-axis programming. Base pricing typically runs $220,000–$280,000 depending on options.

03

Full Specifications

Parameter Value
X-Axis Travel 600 mm (23.6 in)
Y-Axis Travel 560 mm (22 in)
Z-Axis Travel 500 mm (19.7 in)
A Axis Range ±110 degrees (trunnion)
C Axis Range 360 degrees continuous
Max Workpiece Diameter 600 mm (23.6 in) on trunnion
Max Workpiece Height 350 mm (13.8 in)
Max Workpiece Weight 300 kg (660 lb) on trunnion
Max Spindle Speed 15,000 RPM
Spindle Taper HSK-A63
Spindle Motor Power 21.4 hp (16 kW)
Spindle Torque 74.9 ft. lbs @ 1,504 rpm (101.6 Nm @ 1,504 rpm)
Tool Capacity 40
Tool To Tool 3.0 sec
Chip To Chip 4.5 sec
Max Tool Diameter 3.0 in (80 mm)
Max Tool Length 11.8 in (300 mm)
Max Tool Weight 15.4 in (7 kg)
Rapid Traverse Rate 36 m/min (1,417 ipm) X/Y/Z
Positioning Accuracy ±0.004 mm (±0.00016 in)
Repeatability ±0.002 mm (±0.00008 in)
Machine Weight 22,046 lb (10,000 kg)
CNC Control Hurco WinMax 5-axis (dual-screen, conversational 5-axis + G-code + TCPM)
Coolant Capacity 250 L (66 gal)
Electrical 230/460 VAC 3-phase, 80 A
Travels Capacityx Y Z Axis Travel 32.3 x 21.7 x 19.7 in (820 x 550 x 500 mm)
Max Weight On Table 770 lbs (350 kg)
Table Diameter 23.6 in (600 mm)
B Axis +/- 110°
C Axis 360°
T Slot Size 3.9 in (100 mm)
Spindle Nose To Table Min Max 5.9 / 25.6 in (150 / 650 mm)
Spindlemax Spindle Speed 12,000 rpm
Tool Changertool Type CAT 40 (CAT/BT 40)
Feedratesrapid Traverse Xyz Axis 1,417 in/min (36 m/min)
Max Programmable Feedrate 1,417 in/min (36 m/min)
B Axis Rpm 25 rpm
C Axis Rpm 25 rpm
Sizemax Operating Floor Space 176.5 x 182.5 in (4,482 x 4,635 mm)
Machine Height 126.7 in (3,217 mm)
Electricalpower Rating Full Load Kva 58 KVA

Specifications sourced from hurco.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • WinMax 5-axis control provides the most accessible simultaneous 5-axis programming interface in the industry, reducing the skill barrier for 5-axis work
  • HSK-A63 taper on a 15,000 RPM spindle is correctly matched for 5-axis aerospace and medical work requiring small-diameter, high-speed tooling
  • ±110-degree A-axis tilt provides full 5-sided part access in one setup, eliminating fixturing changeovers for most prismatic components
  • Integrated TCPM (tool center point management) and collision avoidance simulation reduce the risk of crashes during 5-axis program proving
  • 36 m/min rapids across all three linear axes provide cycle time efficiency appropriate for the HSK-A63 light-cut, high-speed work this machine excels at

Limitations

  • 300 kg (660 lb) maximum trunnion load limits workpiece weight; shops cutting large, heavy parts in 5-axis need to consider the Grob G350 or larger DMG Mori platforms
  • 24-station ATC is relatively modest for complex 5-axis programs that may require 30+ tools; an extended tool magazine is not available on the standard VCX600i
  • Base price of $220K–$280K positions the VCX600i above the DMG Mori DMU 50 entry configuration, making price comparisons competitive
05

Best For

Aerospace and defense shops machining aluminum, titanium, and Inconel components requiring simultaneous 5-axis contouring with full part access in one setup Medical device manufacturers producing orthopedic implants, surgical instruments, and complex anatomical shapes requiring tight tolerances in 5-axis Job shops transitioning from 3-axis to 5-axis work who need WinMax's accessible control to reduce the programming learning curve Mold and die shops producing complex electrode shapes and die inserts that require 5-axis undercut access and smooth surface generation
06

Frequently Asked Questions

01 Does WinMax support simultaneous 5-axis motion or only 3+2 positional?

WinMax supports both simultaneous 5-axis contouring and 3+2 positional work. For simultaneous 5-axis, the TCPM (tool center point management) function maintains constant cutter engagement as the rotary axes move, compensating for tool tip deviation. For 3+2 work, the operator tilts and indexes the trunnion to a fixed position, then runs standard 3-axis conversational cycles in the tilted plane. Both modes are programmed from the same WinMax interface.

02 How does the VCX600i compare to the Mazak Variaxis i-500?

Both machines use a trunnion-type 5-axis configuration in a similar work envelope. The Mazak Variaxis i-500 offers a faster spindle option (18,000 RPM), more tool stations (30+), and the highly capable MAZATROL SmoothX control. The Hurco VCX600i's advantage is WinMax's lower programming barrier for shops without dedicated 5-axis programmers. Mazak wins for high-production aerospace work; Hurco wins for setup-heavy mixed-lot job shop environments.

03 What CAM software is compatible with the VCX600i?

The VCX600i accepts standard G-code with Hurco's 5-axis post-processor. Compatible CAM packages include Mastercam (Hurco posts available), Hypermill, Esprit, Siemens NX, and most other major 5-axis CAM systems. Hurco provides post-processor files and application support through its dealer network. For shops without CAM, WinMax's native 5-axis programming handles a broad range of common aerospace and mold-making features.

04 What is the maximum part height on the VCX600i trunnion?

Maximum workpiece height is 350 mm (13.8 in) above the trunnion platter with the table in the horizontal position (A = 0). When the trunnion tilts, effective clearance depends on workpiece geometry — taller workpieces may contact the machine column or spindle head at certain tilt angles. Hurco's WinMax collision avoidance simulation checks for interference before running, which is strongly recommended for any non-standard setup.

05 Is the VCX600i suitable for titanium and Inconel?

Yes, with appropriate feeds, speeds, and tooling. The HSK-A63 taper and 22 kW spindle provide adequate rigidity and power for titanium (Ti-6Al-4V) and Inconel 718 at conservative material removal rates. Through-spindle coolant at 70 bar is highly recommended for these materials to manage heat and chip evacuation. Climb milling with sharp carbide tooling and conservative radial engagement is standard practice for titanium on this platform.

07

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