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Equipment · Hand-cranked food mills

Food mill

food mill · moulin à légumes · Moulin-Légumes · food strainer

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A hand-cranked food mill presses softened food across a perforated disk, producing a purée while keeping larger pieces in the chamber. Its exact shape and disk depend on the model.

Generated historical-style illustration of a French hand-cranked food mill, showing its perforated bowl, scraper and wooden crank knob.

How the mill separates a soft food

A hand-cranked food mill combines crushing and sieving in one tool. Soft food sits in a shallow bowl above a perforated disk. Turning the handle drives a blade or helical pressing surface across the disk, pushing the softer material through while larger pieces remain above it. A separate sieve needs food to be crushed first; the mill supplies the pressure as it works. The result depends on the food's softness and the opening size. A fine disk can hold back more coarse material than a wide-opening one, but a mill is not a guarantee that every skin or seed will be removed.

The 1933 U.S. patent for Jean Mantelet's masher describes a crank, spindle, helical compressing surface, sieve and vessel lugs that rest on a kitchen pot. It also documents more than one sieve geometry. Those details explain how the device works, but they describe a specific patented mechanism, not every model sold as a food mill.

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A documented French design and its U.S. counterpart

The name Moulin-Légumes belongs to the French model associated with Jean Mantelet. France's national intellectual-property institute records his patent filing on 16 February 1932 and says the device was sold at fairs before mass production. The institute reports two million sales between 1933 and 1935; that figure is its historical account of this product, not a measure of all food mills.

A France Ministry of Culture catalogue documents a metal-and-wood Moulin-Légumes made in France between 1932 and 1956. It records one object's dimensions as 33 centimetres long, 15.5 centimetres high and 19 centimetres wide. These measurements belong to that specimen, not to the whole category. Across the Atlantic, Hennepin History Museum records that the Minneapolis-area Foley company introduced its own food mill in 1934. The sources show parallel commercial examples in France and the United States, without establishing who first used any broader kind of hand-operated sieve or masher.

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What changes from one mill to another

The general idea stays simple, but construction does not. The patent shows different sieve shapes and a spring-loaded blade pressed against the sieve. The museum object provides a separate, visible example: a metal bowl and perforated plate, a long crank arm, a scraping blade and a wooden knob. Modern mills may use different metals, supports, removable disks and bowl sizes. Neither the artifact nor the patent supplies a single material specification for today's equipment.

A 2023 quick-start guide for two named commercial models describes fitting a chosen sieve into the rim, locking the crank assembly, placing cooked produce in the bowl and turning the crank over a pot or container. The guide lists several sieve openings for those two products. It is a useful modern comparison, not a universal instruction: each mill's supports, capacity, parts and cleaning directions should be checked against its own manual.

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A preparation tool, not a fermenter

Food mills make a purée or strained base; they do not ferment, preserve or make a product shelf-stable by themselves. Their role in a fermentation kitchen is upstream: they can help prepare soft fruit or vegetables when a recipe calls for a smooth pulp. The Fermenta archive lists a mill after fruit softening in one proposed fruit-paste workflow, but it does not describe a particular model or prove that this is the only suitable tool. The related apple-butter page is still a candidate, so the link records a useful equipment relationship rather than a published method.

The central distinction is useful when choosing among a mill, a ricer, a blender or a sieve. A ricer pushes food through small holes with direct pressure; a blender cuts and circulates its contents; a sieve separates after the food has been broken down. A food mill uses a turning blade against a perforated surface and can leave larger pieces in its bowl. No device makes an untested preservation process safe. Follow the recipe's validated cooking, acidification, cooling or storage instructions independently of the tool.

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History

France's national intellectual-property institute records Mantelet's patent filing on 16 February 1932. A Ministry of Culture catalogue records a Moulin-Légumes specimen from 1932–1956. Hennepin History Museum documents a U.S. maker, Foley, introducing a food mill in 1934.

Equipment details

CapacityCapacity is model-specific and is not established for the category.
SizeThere is no standard size for the category. One French museum specimen dated 1932–1956 is catalogued at 33 cm long, 15.5 cm high and 19 cm wide; those measurements describe that object only.
PowerHand or animal power A hand crank turns a blade or helical pressing surface over a perforated sieve.
How you get oneNot established The cited sources document historical examples and a patent, not present-day sourcing.

Made of

  • Metal — Bowl, sieve and moving parts in the documented French example
    The 1932–1956 museum specimen is recorded as metal and wood; materials vary by model.
  • Wood — Crank knob in the documented French example
    The museum catalogue records wood as one material; it does not identify the wood species.
Risks and precautions · Standard risk
Moving blade and crank

The hand crank drives a metal pressing blade across the sieve; moving parts can pinch or cut during operation or handling.

Hazard source

Places

France

Historical attestation · Country evidence

This identifies the documented French model and specimen, not the origin of every food mill.

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