The Johnford VMC-3000 SHD is a heavy-duty vertical machining center engineered for precision manufacturing operations. This machine features a robust 126" × 34" work table with an optional 39" width configuration and accommodates workpieces weighing up to 10,500 lbs, making it suitable for large-scale component production. The vertical spindle employs CAT-40 or CAT-50 tapers with dual speed capabilities, delivering 10,000 RPM standard or an optional 15,000 RPM for higher-speed finishing operations. Power ratings of 15 HP standard or 25 HP optional provide ample capability for heavy cutting applications. The machine features a 24-tool arm-type automatic tool changer with optional capacity expansion to 120 tools, enabling extended production runs with minimal operator intervention. The three-axis configuration provides X, Y, and Z travels of 120", 34" (expandable to 43"), and 32" respectively, with maximum feed rates and rapid traverse speeds of 315 ipm and 590 ipm. An optional fourth axis (B-axis rotary) offers 360° continuous rotation for complex multi-sided machining. The VMC-3000 SHD incorporates Johnford's signature cast-iron construction designed to eliminate vibration and ensure excellent surface finishes and extended tool life. Equipped with Fanuc CNC control, flood coolant systems, and full machine enclosure, this vertical machining center delivers productivity and reliability for demanding aerospace, automotive, and industrial applications.
Johnford - Roundtop Machinery Company VMC-3000 (SHD) VERTICAL MACHINING CENTER Technical Specifications | Aucto
Technical Attributes
Y-Axis Travel
34.00 ''
Max Spindle Speed
10,000.00
Table Size (LxW)
126 x 34
X-Axis Travel
120.00 ''
Z-Axis Travel
32.00 ''
Spindle Power
15.00 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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