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Oblique-Paddle Churn: Turn One Way to Gather the Butter, Back to Spread It
TheChef

Erstellt von

TheChef

6. Oktober 2026DK
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Oblique-Paddle Churn: Turn One Way to Gather the Butter, Back to Spread It

Once the butter comes, it has to be gathered from the whey, then worked and salted by hand. Joshua G. Pike of Lisbon, New York, received US 719, dated 28 April 1838, for a machine for churning and working butter: a horizontal cylinder with paddles set obliquely round its shaft, "so arranged that by turning the shaft in one direction the butter will be collected into one place in the center of the churn and thus separated from the whey while by reversing the motion it will be again spread over the internal surface of the cylinder and prepared for salting." This rung works out the butter a batch gives, then prints the paddle hubs, builds a tabletop cylinder churn, and makes butter.
Fortgeschritten
About 4 hours, plus printing

Anweisungen

1

Butter yield and paddle push

Jupyter-Notebook wird geladen …
2

The churning it does

The embedded blueprint makes butter by agitating cream. Pike sets the paddles so the same churn also gathers and works the butter.
3

Read US 719

"When formed the butter is successively struck by the paddles 1, 2, 3, 4 and 5, (see Figs. 2 and 3) in their revolution and by their oblique position moved toward the center of the churn from G to H. At the same time and by the same operation the paddles 6, 7, 8, 9 and 10 sloping in the opposite direction from those first mentioned move the butter in the opposite direction viz. from I to H."
4

Print the paddle hubs

Print two right-hand hubs (/uploads/blueprints/oblique-paddle-churn-hub-right.stl) and two left-hand hubs (/uploads/blueprints/oblique-paddle-churn-hub-left.stl), plus one more of either for the middle. Print in PETG at 0.2 mm layers, 30 % infill, 4 walls; wash before first use.

Materialien für diesen Schritt:

PETG-FilamentPETG-Filament1 Stück

Benötigte Werkzeuge:

FDM-3D-DruckerFDM-3D-Drucker
5

Make the cylinder

Cut 180 mm of 120 mm PVC pipe. Close both ends with plywood disks bedded in silicone, each drilled for the shaft. Saw the top quarter off as a lid, and drill a drain hole in the bottom with a plug.

Materialien für diesen Schritt:

PVC-RohrPVC-Rohr1 Stück
SperrholzplatteSperrholzplatte1 Stück
SilikondichtmasseSilikondichtmasse1 Stück

Benötigte Werkzeuge:

Bügelsäge (Metallsäge)Bügelsäge (Metallsäge)
Laubsäge (Schweifsäge)Laubsäge (Schweifsäge)
Lochsägen-SetLochsägen-Set
AkkubohrschrauberAkkubohrschrauber
BohrersatzBohrersatz
6

Shaft and crank

Cut a square hardwood shaft 8 × 8 mm. Slide the hubs on: two right-hand toward one end, two left-hand toward the other, so both sets push toward the middle when turned forward. Fit a crank at one end and set the cylinder on legs.

Materialien für diesen Schritt:

HartholzdübelHartholzdübel1 Stück
HartholzblockHartholzblock1 Stück
Holzschraube #8 x 1"Holzschraube #8 x 1"1 Stück
ZweikomponentenepoxidZweikomponentenepoxid1 Stück

Benötigte Werkzeuge:

Bügelsäge (Metallsäge)Bügelsäge (Metallsäge)
AkkubohrschrauberAkkubohrschrauber
BohrersatzBohrersatz
Schraubendreher-SatzSchraubendreher-Satz
7

The patent drawing

US 719 drawing sheet, public domain (expired patent).
Schritt 7 - Image 1
8

Churn, gather and spread

Let 500 ml of heavy cream stand until it reaches about 15 °C, checked with the thermometer. Pour it in, close the lid, and turn the crank steadily; time until the butter comes. Turn on to gather it in the middle, drain the buttermilk, then turn back to spread it. Pour off the buttermilk, add cold water, churn a few turns and pour off again until it runs clear; work in a pinch of salt and weigh the butter.
Schritt 8 - Image 1

Materialien für diesen Schritt:

SchlagsahneSchlagsahne500 ml
Grobes MeersalzGrobes Meersalz1 Stück
WasserWasser1 Stück

Benötigte Werkzeuge:

Einsteck-FühlerthermometerEinsteck-Fühlerthermometer
StoppuhrStoppuhr
Digitale KüchenwaageDigitale Küchenwaage
Große Rührschüssel aus EdelstahlGroße Rührschüssel aus Edelstahl
9

Butter that will not come, will not gather

Oblique-paddle churn troubleshooting.

Flow

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10

History and honest limits

**Joshua G. Pike** of Lisbon, St. Lawrence County, New York, received US 719, dated 28 April 1838. The cylinder's upper half is the cover; the whey is drawn off by a spout. After salting, turning the shaft back and forth gives the butter a horizontal and rotary motion that separates the whey and mixes in the salt, "and thus saves the labor of working and salting by any of the modes now in use." He claimed paddles directing cream and butter from each end toward the centre, or from the centre toward each end. **Honest limits.** A PVC cylinder and printed hubs stand in for his wooden churn. FDM prints hold food in their layer lines, so wash well and replace when worn. Your times and weights are the result.

Materialien

11

Benötigte Werkzeuge

11

Dieser Bauplan stellt her

CC0 Gemeinfrei

Dieser Blueprint ist unter CC0 veröffentlicht. Sie dürfen dieses Werk für jeden Zweck frei kopieren, ändern, verbreiten und verwenden, ohne um Erlaubnis zu fragen.

Unterstützen Sie den Maker, indem Sie Produkte über seinen Blueprint kaufen, wo er eine Maker-Provision von Anbietern festgelegt, verdient. Oder erstellen Sie eine neue Iteration dieses Blueprints und verbinden Sie ihn in Ihrem eigenen Blueprint, um Einnahmen zu teilen.

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