2015 OKUMA MILLAC 3VA VERTICAL MACHINING CENTER

Equipment Overview
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- OKUMA
- Model
- MILLAC 3VA
- Year of Manufacture
- 2015
- Category
- VERTICAL MACHINING CENTERS
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A+Technical Description
The 2015 Okuma MILLAC 3VA is a 3-axis vertical machining center from the Okuma-Howa MILLAC series, a compact dual-pallet platform designed for high-productivity machining of small to mid-size parts in precision applications. The MILLAC 3VA features a two-pallet automatic pallet changer (APC) that enables one part to be machined while the operator loads and unloads the second pallet, supporting near-continuous spindle utilization in production environments. The pallet measures approximately 17.7" x 12.5" (450 x 318 mm) with axis travels of approximately 22.8" in X, 14.1" in Y, and 17.7" in Z. The CAT40 taper spindle delivers approximately 7 HP continuous with a maximum speed of 6,000 RPM, providing adequate torque for steel and aluminum work within the compact work envelope. Rapid traverse is 1,181 IPM (30 m/min) on all linear axes. A standard ATC enables multi-operation machining within a single pallet setup. The machine runs on a Fanuc OM control, providing G-code programming, canned cycles for drilling and tapping, rigid tapping, and servo drives. Overall machine footprint is approximately 120" x 103" (L x W) with a height of 100" and a weight of approximately 9,900 lbs. The MILLAC 3VA is well suited for precision component manufacturing requiring high spindle utilization in a compact footprint.
Technical Attributes
- Control System
- Fanuc OM
- Max Spindle Speed
- 6000 RPM
- Table Size (LxW)
- 17.7 x 12.5
- # of Axes
- 3
- X-Axis Travel
- 22.8 ''
- Y-Axis Travel
- 14.1 ''
- Z-Axis Travel
- 17.7 ''
- Spindle Power
- 7 HP
Data Accuracy and Verification
Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.
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