USING THE APPLIANCE
• Fit the juice collector (E) in the appliance, tipping it slightly forward to pass
the pouring spout through the hole provided (see Fig. 1).
• Place the sieve (D) in the juice collector (E). Ensure that the sieve is properly
clipped onto the drive shaft (J). You can hear an audible click when the
sieve is positioned correctly (see Fig. 2).
• Fit the cover (C) on the appliance, ejection spout to the rear (see Fig. 3).
• Push the safety clamp (H) to the rear until it locks into place. You will hear an
audible “click” (see Fig. 4).
• Fit the pulp collector (G) on the rear of the appliance (see Fig. 5).
• Slide the pusher (A) into the feed tube (B) aligning the groove on the pusher
with the small ridge in the feed tube.
• If you wish to separate the juice from the froth, slide the foam separator (M)
in the juice jug (N) and fit the cover onto the jug (see Fig. 6). The foam
separator allows you to keep the froth inside the jug when you pour the juice
into a glass.
• This appliance is fitted with a drip-stop system (F): push the pouring spout
down to actuate the system and allow the juice to flow out (see Fig. 7).
• Place the juice jug (N) under the pouring spout in front of the appliance (see
Fig. 8).
• Plug in the appliance.
• To start the appliance, use the control switch (I).
• Insert the fruits or vegetables through the feed tube (B).
• The fruits and vegetables must be inserted only while the motor is running.
• Do not press too hard on the pusher (A). Do not use any other utensil. NEVER
push with your fingers.
• When you have finished, stop the appliance by turning the control switch (I)
to 0 and wait until the sieve (D) stops completely.
• When the pulp collector (G) is full, or the juice flow slows down, empty the
pulp collector and clean the sieve and the cover.
•
After making your juice, activate the drip-stop system by pushing the pouring
spout up before removing your glass to stop the flow of the juice (see Fig. 9).
3
•
To remove the filter, release it by pulling hard with both hands (see Fig. 10 and
11).
