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1. Prepare one of the suggested
recipes or one of your own favorites.
You can use any recipe for ice
cream, frozen yogurt, or frozen
dessert, as long as the recipe does
not contain more than one quart of
ingredients.
NOTE: Always chill your mixture in
the refrigerator before attempting to
freeze-churn. Ice cream mixtures will
stay fresh in the refrigerator for a few
days. Shake well before pouring the
mixture.
2. Assemble the lid, motor, and drive
shaft. To
insert the
drive shaft
into the
motor unit,
slide motor
onto lid until
the “keyhole”
part of lid is
over hole
into which the driveshaft fits. Push
the drive shaft into the hole.
NOTE: Make sure that the non-key-
hole part of
the lid fits
between the
top and bot-
tom collars
of the drive
shaft.
3. When the mixture is ready, remove
the cylinder bowl from the freezer
and place on a firm, level surface
near a convenient power outlet. It is
extremely important that the bowl be
used immediately after it is removed
from the freezer, as it begins to thaw
once removed.
Making Ice Cream and Frozen Yogurt
4. Insert churn blade onto the drive
shaft. Lower
assembled
lid/motor/
churn blade
onto the
cylinder bowl
positioning
lid locks over
tabs located
on the ring
inside of bowl. Lock in place by
sliding the lid locks outward.
5. Plug cord into outlet. Turn switch to
ON position to start operating churn
blade.
6. Immediately pour chilled mixture into
cylinder bowl
through lid
opening.
Maximum
capacity of
chilled mix-
ture is one
quart. This
allows for the
volume to
increase during churning to 1
1
⁄2 quarts.
NOTES:
• During the freezing process, you
can add finely chopped or pureed
ingredients such as chocolate,
raisins, nuts, etc., through the
opening in the lid. Alcohol should
not be added until near the end of
the process as it significantly slows
down the freezing process.
• The machine will run for 20 to 40
minutes. Do not turn ice cream
maker off during this time. The
mixture may freeze to the walls
and prevent the churn from turning.
• If the churn becomes blocked, it will
reverse and continue to turn in the
opposite direction. When the motor
repeatedly stalls and reverses, the
mixture has reached maximum
freezing.
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