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Cone mill M-U series
verticalfor powdersfood

cone mill
cone mill
cone mill
cone mill
cone mill
cone mill
cone mill
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Characteristics

Technology
cone
Orientation
vertical
Product applications
food, for powders
Material of the grinding tool
stainless steel
Other characteristics
dry milling, FDA
Sector
for the pharmaceutical industry, for the food industry, for the chemical industry
Final grain size

150 µm

Rotational speed

960 rpm, 1,480 rpm, 2,440 rpm, 3,600 rpm
(6,032 rad.min-1, 9,299 rad.min-1, 15,331 rad.min-1, 22,619 rad.min-1)

Output

Max.: 4,000 kg/h
(8,818 lb/h)

Min.: 200 kg/h
(441 lb/h)

Motor power

0.38 kW, 1.5 kW, 4 kW, 7.5 kW
(0.52 hp, 2.04 hp, 5.44 hp, 10.2 hp)

Sound pressure

78 dB

Machine weight

40 kg, 140 kg, 160 kg, 400 kg
(88 lb, 309 lb, 353 lb, 882 lb)

Description

The Hanningfield Uni-Mill U-Series utilises the current industry standard under-driven cone mill design, featuring a gearbox-driven impeller, rotating inside a screen. • High throughput for maximum productivity • Inline feed and discharge for higher capacity and ease of system integration • Achieve various particle sizes on one machine, simply by changing screen and/or impeller • Various screens available to meet the demands of many different applications and processes • Spacerless design with preset optimised ‘gap’ for milling • Easy to operate • Low heat, dust and noise generation for improved working environment • Process scalability from lab to pilot to production Stainless Steel Construction 316L contact parts FDA Compliant All seals FDA compliant (silicone, PTFE etc.) No Metal-to-Metal Contact Designed with an optimal, spacer-less gap (to avoid metal-to-metal contact) Easy-Clean GMP Design Optional features include detachable millhead for autoclave or CIP/WIP ATEX / Ex-proof ATEX (ex-proof) versions available The Hanningfield Uni-Mill U-Series (M05-U, M10-U, M20-U, M30-U) utilises the current industry standard under-driven conical mill design, featuring an IP6X gearbox-driven impeller, rotating inside a screen (60º inclusive screen angle). This principle achieves comminution by compression and shearing of the particles between the impeller and surface of the screen. The Uni-Mill under-driven models are designed with an optimal, spacer-less gap (to avoid metal-to-metal contact); this offers a major benefit compared with over-driven conical mills where the distance between the screen and impeller has to be set manually using spacers (gap setting).

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.