The KNUTH MF 5 VP universal milling machine is a versatile, mid-size industrial milling machine designed for precision machining of both steel and non-ferrous materials. It belongs to the MF series of conventional (manual) milling machines produced by ...More Info
The KNUTH MF 5 VP universal milling machine is a versatile, mid-size industrial milling machine designed for precision machining of both steel and non-ferrous materials. It belongs to the MF series of conventional (manual) milling machines produced by KNUTH Machine Tools, known for combining traditional machining capability with modern features.
You can check it out here: https://www.sterlingmachinery.com/milling-machines/vertical-milling-machines-bridgeport-type/brand-new-knuth-milling-machine-mf-1-vp-r8-smmf5vp.html
Key Features
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Swiveling vertical milling head
The head can tilt ±90°, allowing angled and complex machining operations without repositioning the workpiece.
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Infinitely variable spindle speed
A wide speed range (approximately 70–3600 rpm) enables machining of various materials, from soft alloys to hardened steels.
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Powerful spindle and drive system
Equipped with a 5 HP motor and ISO 40 spindle taper, it supports a broad range of tooling and cutting conditions.
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Automatic and manual quill feed
Includes multiple automatic feed rates plus fine manual control, ideal for drilling, boring, and precision milling.
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Pneumatic tool clamping system
Speeds up tool changes and improves operator efficiency.
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Large work table and travel range
Provides ample space for medium-sized workpieces with generous X, Y, and Z-axis travel.
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Integrated feed system
Infinitely variable table feed on X and Y axes, including rapid traverse for faster positioning.
Overall, the KNUTH MF 5 VP is a robust and adaptable conventional milling machine that bridges the gap between light-duty mill drills and heavier industrial mills. It is particularly valued for its durability, precision, and versatility, making it a reliable choice for workshops that require a wide range of machining capabilities without moving to full CNC systems.
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