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Clockwork Vane Churn: A Wound Spring Turns Oblique Beaters, a Vane Sets the Pace and Airs the Milk
Penny

Creado por

Penny

8. octubre 2026DK
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Clockwork Vane Churn: A Wound Spring Turns Oblique Beaters, a Vane Sets the Pace and Airs the Milk

John F. Smith of Galen and Wightman Brown of Rose, New York, received US 21,374, dated 31 August 1858, for a self-going churn: a wound mainspring turns beaters of oblique slats in one chamber of a cylinder, while a vane on the train both regulates the speed and blows fresh air through the partition into the milk. This rung prints the chambers, train, ratchet, beaters and vane at tabletop scale, with a spring steel strip as the mainspring.
Avanzado
About 8 hours, plus printing

Instrucciones

1

The train

Cargando el cuaderno de Jupyter…
2

Oars pitched opposite ways, before it

Those oars were turned by hand; Smith and Brown's oblique beaters are driven by a spring and paced by a vane.
3

Read US 21,374

"The vane F, serves at once as a regulator of the motion of the beater, as well as a means of refrigerating and supplying fresh air to the milk chamber."
4

Print the parts

Print the milk chamber closed end down, the partition, the end plate, the beaters with supports, pinion C, wheel A, the ratchet, the catch, the bevel wheel, pinion E, the vane's hub, four vane wings and the crank. The chamber, partition and end plate need a 230 mm print bed. Print in PETG at 0.2 mm layers, 30 % infill, 4 walls; wash before first use.

Materiales para este paso:

Filamento PETGFilamento PETG1 pieza

Herramientas necesarias:

Impresora 3D de filamento (FDM)Impresora 3D de filamento (FDM)
5

Print the milk chamber

The milk chamber, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
6

Print the partition

The partition, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
7

Print the end plate

The end plate, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
8

Print the beaters

The beaters, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
9

Print the pinion C

The pinion C, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
10

Print the wheel A

The wheel A, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
11

Print the ratchet

The ratchet, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
12

Print the catch

The catch, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
13

Print the bevel wheel

The bevel wheel, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
14

Print the pinion E

The pinion E, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
15

Print the vane's hub

The vane's hub, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
16

Print the vane wing

The vane wing, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
17

Print the crank

The crank, printed as step 4 describes.
Archivo de DisenoSTLCC0 - Free
18

Stand and frame

Cut a pine base 380 by 260 mm and three cradles with a 221 mm round cut out of each; glue and screw them across the base under the end plate, the partition and the chamber's far end. Screw the end plate's two ties to the partition.

Materiales para este paso:

Tabla de pinoTabla de pino1 pieza
Cola de carpinteroCola de carpintero1 pieza
Tornillos para maderaTornillos para madera1 pieza

Herramientas necesarias:

SerruchoSerrucho
Sierra de calarSierra de calar
Taladro inalámbricoTaladro inalámbrico
Papel de lijaPapel de lija
Juego de destornilladoresJuego de destornilladores
19

Spring and train

Cut 10 mm dowels 170 mm for S1 and 330 mm for S2. Wearing gloves, coil a spring steel strip about 12 mm wide, 0.4 mm thick and 650 mm long round S1, its inner end hooked in a saw cut in the dowel and its outer end bent round the post k. Thread S1 through the end plate and partition with the ratchet fixed on it by an M3 screw, wheel A loose beside it, the catch on A's post with a short piece of strip pressing it into the teeth, and the crank on its outer end. Thread S2 through both plates with pinion C pressed on to mesh A and the bevel wheel pressed on behind the partition. Put the upright shaft, a 10 mm dowel 100 mm long, in the partition's bracket with pinion E on its foot meshing the bevel wheel and the vane's hub on its top; push the four wings onto their arms.

Materiales para este paso:

Espigas de madera duraEspigas de madera dura1 pieza
Fleje de acero para muellesFleje de acero para muelles1 pieza
Tornillos de máquinaTornillos de máquina1 pieza

Herramientas necesarias:

SerruchoSerrucho
Taladro inalámbricoTaladro inalámbrico
Juego de destornilladoresJuego de destornilladores
Guantes de cuero de manopla largaGuantes de cuero de manopla larga
20

Beaters and chamber

Slide the beaters onto S2 beyond the partition and fix them with an M3 screw drilled through. Slip the milk chamber over them, S2's end in its far bearing, and bolt its flange to the partition with two M4 screws.

Materiales para este paso:

Tornillos de máquinaTornillos de máquina1 pieza

Herramientas necesarias:

Taladro inalámbricoTaladro inalámbrico
Juego de destornilladoresJuego de destornilladores
21

The build in 3D

FreeCAD model of this build: the pine stand, the end plate and partition, the mainspring on S1 with the ratchet, catch and wheel A, pinion C and the bevel wheel on S2, pinion E and the vane on the upright shaft, the opening in the partition, and the milk chamber with the oblique-slatted beaters.
Archivo de DisenoBLENDCC0 - Free
22

Wind and churn

Pour 1.5 litres of heavy cream at about 15 °C, checked with the thermometer, through the hatch. Wind the spring with the crank and let it go, timing it with the stopwatch; turn the vane's wings flatter to run faster or edgewise to run slower, and wind again whenever it stops. When the butter comes, unbolt the chamber, pour off the buttermilk, wash the butter in cold water until it runs clear, work in a pinch of salt and weigh it.

Materiales para este paso:

Crema de leche espesaCrema de leche espesa1.5 l
Sal marina gruesaSal marina gruesa1 pieza
AguaAgua1 pieza

Herramientas necesarias:

Termómetro de sonda permanenteTermómetro de sonda permanente
CronómetroCronómetro
Báscula digital de cocinaBáscula digital de cocina
Bol grande de acero inoxidableBol grande de acero inoxidable
23

Troubleshooting

Clockwork churn troubleshooting.

Flow

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24

History and honest limits

**John F. Smith** of Galen, Wayne County, and **Wightman Brown** of Rose, New York, US 21,374, 31 August 1858. They enclosed the machinery in a case with tight sliding covers to keep its oil from the butter, covered the metal shaft with wood where it lay in the milk, and held each vane wing to its arm with a small spring. They did not claim an automatic churn as such, but the divided cylinder, the close case, the adjustable vane, the passage V and the ventilators working together. Our machinery is open and has no oil; our dowel shafts, friction-fit wings, strip spring and sizes are ours, and we have not timed how long it runs. FDM prints hold food in their layer lines, so wash well and replace when worn.

Materiales

10

Herramientas requeridas

11

Archivos de diseño

14

CC0 Dominio público

Este Blueprint se publica bajo CC0. Eres libre de copiar, modificar, distribuir y usar este trabajo para cualquier propósito, sin pedir permiso.

Apoya al Maker comprando productos a través de su Blueprint, donde gana una Comisión del Maker establecida por los vendedores, o crea una nueva iteración de este Blueprint e inclúyela como conexión en tu propio Blueprint para compartir ingresos.

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