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Adjustable-Float Annular Dasher Churn: Floats on a Ring Set More or Less Oblique
Tinny

Creato da

Tinny

7. ottobre 2026US
35
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Adjustable-Float Annular Dasher Churn: Floats on a Ring Set More or Less Oblique

Goodrich Lightfoot of Elgin, Illinois, received US 16,210, dated 9 December 1856, for an annular plate on the shaft's foot carrying floats above and below, each on a bolt through its centre, "turned more or less angularly or obliquely so as to present a greater or less resisting surface to the cream." This rung prints the plate, floats and gears, builds the churn and makes butter.
Intermedio
About 3 hours, plus printing

Istruzioni

1

Setting the floats

Caricamento del notebook Jupyter…
2

Adjustable resistance before it

Gore turns fixed pins in the wall; Lightfoot sets floats on the turning ring.
3

Read US 16,210

"The plate A, has floats or buckets b, c, attached to its upper and lower surface, by bolts or screws d, which pass through their centers. These floats or buckets may be turned more or less angularly or obliquely so as to present a greater or less resisting surface to the cream, as desired, and consequently the cream may be subjected to a greater or less degree of agitation—as desired."
4

Print the parts

Print the annular plate (/uploads/blueprints/adjustable-float-annular-dasher-churn-annular-plate.stl), eight floats (/uploads/blueprints/adjustable-float-annular-dasher-churn-float.stl), the step (/uploads/blueprints/adjustable-float-annular-dasher-churn-step.stl), the crown wheel (/uploads/blueprints/adjustable-float-annular-dasher-churn-crown-wheel.stl), the pinion (/uploads/blueprints/adjustable-float-annular-dasher-churn-pinion.stl) and the standard (/uploads/blueprints/adjustable-float-annular-dasher-churn-standard.stl). Print in PETG at 0.2 mm layers, 30 % infill, 4 walls; wash before first use.

Materiali per questo passaggio:

Filamento PETGFilamento PETG1 pezzo

Strumenti necessari:

Stampante 3D a filamento (FDM)Stampante 3D a filamento (FDM)
5

Plate and floats

Bolt a float above and below the plate at each of its four holes with a stainless M4 screw and nut, snug enough to hold the angle you set. Push the plate onto a 10 mm square hardwood shaft standing in the step, in a square food-grade container about 200 mm across.

Materiali per questo passaggio:

Viti da metalloViti da metallo1 pezzo
Dado esagonaleDado esagonale1 pezzo
Tasselli di legno duroTasselli di legno duro1 pezzo
Contenitore di conservazione per uso alimentareContenitore di conservazione per uso alimentare1 pezzo

Strumenti necessari:

Set di cacciavitiSet di cacciaviti
Chiave regolabile a rullinoChiave regolabile a rullino
6

Lid, gears and crank

Fix half the lid with a hole for the shaft, the pinion on the shaft's top and the standard with the crown wheel meshing it; screw a dowel handle into the wheel.

Materiali per questo passaggio:

Tondo di acciaio dolceTondo di acciaio dolce1 pezzo
Tasselli di legno duroTasselli di legno duro1 pezzo
Vite da legno #8 x 1"Vite da legno #8 x 1"1 pezzo

Strumenti necessari:

Set di cacciavitiSet di cacciaviti
Trapano a batteriaTrapano a batteria
7

The build in 3D

FreeCAD model of this build: the box cut away to show the annular plate with floats above and below, set oblique, the shaft on its step, and the crown wheel and pinion.
File di designBLENDCC0 - Free
8

Set the floats and churn

Let the heavy cream stand until it reaches about 15 °C, checked with the thermometer. Pour in 2 litres. Set the floats oblique for thin cream, more square for more agitation, and crank steadily; time until the butter comes. Pour off the buttermilk, add cold water, churn a little and pour off again until it runs clear; work in a pinch of salt and weigh the butter.
Passo 8 - Image 1

Materiali per questo passaggio:

Panna da montarePanna da montare2000 ml
Sale marino grossoSale marino grosso1 pezzo
AcquaAcqua1 pezzo

Strumenti necessari:

Termometro a sonda permanenteTermometro a sonda permanente
CronometroCronometro
Bilancia digitale da cucinaBilancia digitale da cucina
Grande ciotola da impasto in acciaio inossidabileGrande ciotola da impasto in acciaio inossidabile
9

Troubleshooting

Adjustable-float churn troubleshooting.

Flow

Loading...
10

History and honest limits

**Goodrich Lightfoot** of Elgin, Kane County, Illinois, US 16,210, 9 December 1856. The specification letters both the box and the annular plate A. He claimed the adjustable floats on the annular plate secured to the shaft. A container, printed parts and a crown wheel with a pinion stand in for his. FDM prints hold food in their layer lines, so wash well and replace when worn.

Materiali

10

Strumenti richiesti

8

File di progetto

1

Questo progetto realizza

CC0 Pubblico dominio

Questo progetto è rilasciato sotto CC0. Sei libero di copiare, modificare, distribuire e utilizzare quest'opera per qualsiasi scopo, senza chiedere permesso.

Supporta il Maker acquistando prodotti tramite il suo progetto dove guadagna una Commissione Maker stabilita dai venditori, oppure crea una nuova iterazione di questo progetto e includilo come collegamento nel tuo progetto per condividere i ricavi.

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