The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 100-Series

Is compared to the 120- and 110-series extended with a highly efficient air lifting system developed by Cimbria.

Cimbria Delta Super cleaners ensure excellent efficiency and purity in the cleaning of all kinds of crops such as garden seeds, grass seeds, flower seeds, corn, leguminous seeds etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 110-Series

Compared to the 120 Series but extended with an efficient pre- and after suction system, a minimum fo high-quality cleaning of leguminous seed, malting, barley, seed grains etc.

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The Cimbria Delta 120-Series

Developed for the sizing of grain and seed

• consists of 7 models with a sieve area of 1 - 24 m^2
• can manage 2 - 6 fractions in a single flow
• grades accurately because of long travel via Z-flow

The new generation of machines, with its types TS 90-S,
TS 180-S and TS 360-S, are operated with aspiration (no
dust escape) and are equipped with the patented flywheel
type of drive, ensuring complete balancing of the
dynamic forces(= minimum of vibrations).
Application
Dry stoners are used to separate granular material
according to the specific weight into two fractions and
in dry material condition.
They find their application mainly in the elimination
of heavy impurities, such as stones, metallic particles
etc., from coffee, grain, pulse etc.

The new generation of machines, with its types TS 90-S,
TS 180-S and TS 360-S, are operated with aspiration (no
dust escape) and are equipped with the patented flywheel
type of drive, ensuring complete balancing of the
dynamic forces(= minimum of vibrations).
Application
Dry stoners are used to separate granular material
according to the specific weight into two fractions and
in dry material condition.
They find their application mainly in the elimination
of heavy impurities, such as stones, metallic particles
etc., from coffee, grain, pulse etc.

The new generation of machines, with its types TS 90-S,
TS 180-S and TS 360-S, are operated with aspiration (no
dust escape) and are equipped with the patented flywheel
type of drive, ensuring complete balancing of the
dynamic forces(= minimum of vibrations).
Application
Dry stoners are used to separate granular material
according to the specific weight into two fractions and
in dry material condition.
They find their application mainly in the elimination
of heavy impurities, such as stones, metallic particles
etc., from coffee, grain, pulse etc.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The Gravity Separator should only be fed with clean products (i.e. after a Pre/Fine Cleaner, Indent Cylinder, Grader etc).
The correct choice of the deck covering, a minimum amount of dust in the air inlet and the regular cleaning of the
deck cover are further requirements to enhance capacity and to reach optimal performance.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

The indent cylinder is used for grading by length all
granular materials such as wheat, oats, fine seeds,
lentils, for separating stalks from sunflower
and beet seeds and for separating
unwanted long or short product impurities.
The size of grains can vary between
1.0 mm and 24 mm.
The product passes from the inlet housing
into the interior of the rotating cylinder,
the cover of which is provided with
impressed pockets or so-called indents.
The grains that embed themselves in the
indents, will be carried and after a certain
distance, will fall out of the pockets into
the trough (yellow arrows), and will be
discharged by a screw conveyor. All grains
which are larger than the indents, will remain
inside the shell and be carried to the outlet where
the shell empties into the outlet casing (green
arrows).
Depending on the required grading the incoming product will
be sorted according to roundness or length.

• has infinitely variable adjustment of
the feed capacity via a separate control
panel
• ensures uniform flow over the entire
width of the screen
• is self-cleaning
• considerably improves air cleaning,
since the product hits the pre-suction
area in a uniform manner
• is gentle with respect to leguminous
seeds, paddy rice, etc.
• ensures optimum capacity utilisation
of the machine
• ensures no downtime due to blocked
inlets
• requires no cleaning when changing
products

• has infinitely variable adjustment of
the feed capacity via a separate control
panel
• ensures uniform flow over the entire
width of the screen
• is self-cleaning
• considerably improves air cleaning,
since the product hits the pre-suction
area in a uniform manner
• is gentle with respect to leguminous
seeds, paddy rice, etc.
• ensures optimum capacity utilisation
of the machine
• ensures no downtime due to blocked
inlets
• requires no cleaning when changing
products

• has infinitely variable adjustment of
the feed capacity via a separate control
panel
• ensures uniform flow over the entire
width of the screen
• is self-cleaning
• considerably improves air cleaning,
since the product hits the pre-suction
area in a uniform manner
• is gentle with respect to leguminous
seeds, paddy rice, etc.
• ensures optimum capacity utilisation
of the machine
• ensures no downtime due to blocked
inlets
• requires no cleaning when changing
products

• has infinitely variable adjustment of
the feed capacity via a separate control
panel
• ensures uniform flow over the entire
width of the screen
• is self-cleaning
• considerably improves air cleaning,
since the product hits the pre-suction
area in a uniform manner
• is gentle with respect to leguminous
seeds, paddy rice, etc.
• ensures optimum capacity utilisation
of the machine
• ensures no downtime due to blocked
inlets
• requires no cleaning when changing
products