2021 JOHNFORD DMC1600 VERTICAL MACHINING CENTER

Equipment Overview
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- JOHNFORD
- Model
- DMC1600
- Year of Manufacture
- 2021
- Category
- VERTICAL MACHINING CENTERS
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A+Technical Description
The 2021 Johnford DMC1600 is a 3-axis bridge-type vertical machining center designed for large mold, die, and structural component machining requiring generous table capacity and stable cross-rail construction. The machine provides a 66.9” × 43.3” worktable with X/Y/Z travels of 63.0”, 51.2”, and 31.5”, offering a substantial machining envelope for large workpieces across mold, die, aerospace, and heavy general engineering applications. The No.40 taper spindle reaches 8,000 RPM in the standard Hi-Lo gear configuration -- with built-in spindle options extending to 20,000 RPM -- driven by a 15 HP standard motor. Higher-power built-in spindle configurations with up to 27 HP are available for demanding heavy cutting applications. The Fanuc 0i-MF Plus CNC control provides rigid tapping, high-speed contouring, and a comprehensive operator interface with optional Siemens 828D control. Box guideway construction on all three axes delivers the rigidity required for large-format machining accuracy. Overall machine footprint is 220.1” x 129.9” x 151.0” with a machine weight of 45,000 lbs, requiring a reinforced foundation for installation. The DMC1600 is a capable large-format gantry VMC from Johnford, a Taiwanese manufacturer with an established track record supplying high-capacity bridge machines to mold and aerospace industries worldwide.
Technical Attributes
- Table Size (LxW)
- 66.9 x 43.3
- Control System
- Fanuc 0i-MF Plus
- Y-Axis Travel
- 51.2 ''
- X-Axis Travel
- 63 ''
- Z-Axis Travel
- 31.5 ''
- Max Spindle Speed
- 8000 RPM
- # of Axes
- 3
- Spindle Power
- 15 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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