Used ROKU-ROKU VEGA600 CNC Mill | Japan, 60,000 RPM

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Product Highlight

Used ROKU-ROKU VEGA600 is a Japanese high-precision CNC vertical machining center designed for precision molds and micro-milling applications. This unit features FANUC 30i-A control, an HSK-E25 spindle with a reported maximum speed of 60,000 RPM, a 30-tool automatic tool changer, and a reported linear motor drive system with hydrostatic guideways. Renishaw axis positioning measurement records are available for buyer evaluation.

Product Description

Used ROKU-ROKU VEGA600 CNC machining center. Featuring a reported 60,000 RPM HSK-E25 spindle, linear motor drives, hydrostatic guideways, and FANUC 30i-A control, it is well suited to precision mold making and fine-detail micro-milling. Renishaw laser measurement reports are available for evaluating its axis positioning performance. Contact us for machine details and a quotation.

Technical Specifications

General Machine Specifications

Parameter	Specification
Machine Condition	Used / Pre-owned
Brand	ROKU-ROKU
Model	VEGA600
Machine Type	High-Precision CNC Vertical Machining Center
Country of Origin	Japan
Previous Operating Market	Japan
CNC Control	FANUC Series 30i-MODEL A
Number of Controlled Axes	3
X-Axis Travel	411 mm
Y-Axis Travel	311 mm
Z-Axis Travel	201 mm
Worktable Size	600 × 300 mm
Machine Weight	Approx. 5,000 kg

Spindle & Tooling Specifications

Parameter	Specification
Maximum Spindle Speed	60,000 RPM (reported)
Spindle Speed Range	3,000–60,000 RPM (reported)
Spindle Motor Output	3.5 kW (reported)
Spindle Tool Interface	HSK-E25
Automatic Tool Changer	30 Tools
Spindle Bearing Type	Ceramic Ball Bearings (reported)
Spindle Lubrication	Oil-Air Lubrication (reported)
Programmable Feed Rate	0.0001–10,000 mm/min (reported)

Motion System & Machine Configuration

Parameter	Specification
X-Axis Drive	Dual Linear Motor Drive (reported)
Y-Axis Drive	Dual Linear Motor Drive (reported)
Z-Axis Drive	Dual Linear Motor Drive (reported)
Guideway System	Hydrostatic Guideways
Position Feedback	Optical Linear Scales, reported full closed-loop feedback
Thermal Management	H.I.S. Heat Isolation System (reported)
Z-Axis Counterbalance	Pneumatic Counterbalance (reported)
CNC System Manufacturer	FANUC, Japan

Technical specifications are based on the supplied machine information and available equipment records. Exact configuration, spindle rating, and operating capabilities should be confirmed before purchase.

Application	Typical Workpieces
Precision Injection Molds	Mold inserts, small cavities, fine mold features
Optical Mold Tooling	Optical tooling inserts and precision mold surfaces
Micro-Milling	Micro-slots, miniature pockets, intricate contours
Electronic Connector Molds	Connector inserts, fine grooves, small mold components
Medical Equipment Components	Small precision parts and tooling for medical equipment
Electrode Manufacturing	Precision copper electrodes and detailed geometries
Precision Engraving	Fine patterns, textures, complex surfaces
Semiconductor Equipment Tooling	Small precision fixtures, molds, tooling components

FAQ

What spindle speed does this VEGA600 offer?

This particular used VEGA600 is listed with a maximum spindle speed of 60,000 RPM and an HSK-E25 tool interface. The reported speed range is 3,000–60,000 RPM. Because specifications can differ between machine configurations, the installed spindle model and maximum operating speed should be verified before purchase.

How accurate is this used ROKU-ROKU VEGA600?

The supplied Renishaw laser measurement reports record bidirectional positioning accuracy values of 1.8 μm for X, 1.9 μm for Y, and 3.0 μm for Z. These results reflect the machine's axis positioning performance under specific test conditions. Actual workpiece accuracy will depend on the machining process, material, tooling, setup, and machine condition.

What types of parts and materials can the VEGA600 machine?

The VEGA600 is particularly relevant for precision mold inserts, copper electrodes, electronic connector tooling, optical mold components, and intricate micro-milled parts. Suitable materials may include aluminum, copper, and selected tool steels. Material suitability and achievable tolerances should be confirmed according to each application's cutting requirements.