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The machine responsible for converting raw materials from normal form to granules of all sizes.

Mill 250
  • The piston body is made of steel.
  • Transferring motion from the motor to the dynamo using a belt system.
  • The feeder and conditioner are made of 304 stainless steel.
  • It has an automatic system to disconnect the work in case of any sudden failure.
  • Possibility to connect automatic lubrication system.
Model
Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Motor
Greaser
Motor
Feeder
Motor
Conditioner
Motor
Main
A
B
C
RD 250
0.5 : 1
0.06
0.75
3.0
75
167
75
150
RD 250 SS
1 : 1.5
0.06
0.75
5.5
37
167
75
150

The machine responsible for converting raw materials from normal form to granules of all sizes.

Mill 320
  • The piston body is made of steel.
  • Transferring motion from the motor to the dynamo using a belt system.
  • The feeder and conditioner are made of 304 stainless steel.
  • It has an automatic system to disconnect the work in case of any sudden failure.
  • Possibility to connect automatic lubrication system.
Model
Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Motor
Greaser
Motor
Feeder
Motor
Conditioner
Motor
Main
A
B
C
RD 320
2 : 3
0.75
2.2
37
329
100
210
RD 320 SS
2 : 2.5
0.06
0.75
2.2
55
329
100
210

The machine responsible for converting raw materials from normal form to granules of all sizes.

Mill 350
  • The piston body is made of steel.
  • Transferring motion from the motor to the dynamo using a belt system.
  • The feeder and conditioner are made of 304 stainless steel.
  • It has an automatic system to disconnect the work in case of any sudden failure.
  • Possibility to connect automatic lubrication system.
Model
Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Motor
Greaser
Motor
Feeder
Motor
Conditioner
Motor
Main
A
B
C
RD 350
4 : 5
1.1
5.5
55
329
110
214
RD 350 SS
4.5 : 5.5
0.06
1.1
5.5
75
329
110
214

The machine responsible for converting raw materials from normal form to granules of all sizes.

Mill 420
  • The piston body is made of steel.
  • Transferring motion from the motor to the dynamo using a belt system.
  • The feeder and conditioner are made of 304 stainless steel.
  • It has an automatic system to disconnect the work in case of any sudden failure.
  • Possibility to connect automatic lubrication system.
Model
Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Motor
Greaser
Motor
Feeder
Motor
Conditioner
Motor
Main
A
B
C
RD 420
6 : 7
1.5
5.5
90
329
120
250
RD 420 SS
7 : 8
0.06
1.5
5.5
110
329
120
250

The machine responsible for converting raw materials from normal form to granules of all sizes.

Mill 508
  • The piston body is made of steel.
  • Transferring motion from the motor to the dynamo using a belt system.
  • The feeder and conditioner are made of 304 stainless steel.
  • It has an automatic system to disconnect the work in case of any sudden failure.
  • Possibility to connect automatic lubrication system.
Model
Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Motor
Greaser
Motor
Feeder
Motor
Conditioner
Motor
Main
A
B
C
RD 508
9 : 10
2.2
7.5
132
340
125
270
RD 508 SS
125
340
2.2
7.5
160
340
125
270

The machine responsible for packaging feed grains with different liquids or flavours and tastes.

Single Mixer
  • Automatic filling and emptying system operated by air pressure.
  • The body is made of 4-5 mm sheet metal.
  • Mixing speed control via gearbox.
Model
Capacity
Kilo/Pack
Size
m2
Power
Kw
Time Taken to Mix
Pack/minute
Mixture Homogeneity
CV ≤ %
Dimension
cm
Weight
Kg
A
B
C
SSHJ 0.5
250
0.5
0.75
1 – 3
5
150
92
110
SSHJ 1.0
500
1
11
1 – 3
5
260
137
170
SSHJ 2.0
1000
2
18.5
1 – 3
5
300
167
205
SSHJ 3.0
1500
3
22
1 – 3
5
310
170
225
SSHJ 4.0
2000
4
30
1 – 3
5
335
228
272
SSHJ 6.0
3000
6
37
1 – 3
5
406
228
272

The machine responsible for packaging feed grains with different liquids or flavours and tastes.

Dual-chain Mixer
  • Automatic filling and emptying system operated by air pressure.
  • The body is made of 4-5 mm sheet metal.
  • Mixing speed control via gearbox.
Model
Capacity
Kilo/Pack
Size
m2
Power
Kw
Time Taken to Mix
Pack/minute
Mixture Homogeneity
CV ≤ %
Dimension
cm
Weight
Kg
A
B
C
SSHJ 0.5
250
0.5
7.5
0.5 – 2
3 – 5
160
172
142
SSHJ 1.0
500
1
15
0.5 – 2
3 – 5
235
191
160.5
SSHJ 2.0
1000
2
18.5
0.5 – 2
5
270
255
185
SSHJ 4.0
2000
4
30
0.5 – 2
3 – 5
276
278
185
SSHJ 6.0
3000
6
37
0.5 – 2
3 – 5
330
311
225
SSHJ 8.0
4000
8
45
0.5 – 2
3 – 5
380
325
230

The machine responsible for packaging feed grains with different liquids or flavours and tastes.

Spiral Mixer
  • Automatic filling and emptying system operated by air pressure.
  • The body is made of 4-5 mm sheet metal.
  • Mixing speed control via gearbox.
Model
Capacity
Kilo/Pack
Size
m2
Power
Kw
Time Taken to Mix
Pack/minute
Mixture Homogeneity
CV ≤ %
Dimension
cm
Weight
Kg
A
B
C
SLHY 0.6
250
0.5
5.5
5 – 7
7
235
163
118
SLHY 1.0
500
1
11
5 – 7
7
244
185
130
SLHY 2.5
1000
2.5
15
5 – 7
7
326
243
175
SLHY 5.0
2000
5
30
5 – 7
7
416
285
205
SLHY 7.5
3000
7.5
45
5 – 7
7
463
272
277
SLHY 10
4000
10
55
5 – 7
7
438
330
256
SLHY 12.5
5000
12.5
75
5 – 7
7

The machine responsible for purifying the main raw materials before they leave the production line.

Vibrating Screen
  • Vibrating screen operates above the finished product tanks to separate the fine product from the pellets in all types of feed.
  • Distinctive design allows for easy cleaning and maintenance.
  • Available with 2 outlets/stage.
  • Suitable for use with all types of feed.
  • The production capacity varies depending on the screen openings installed at each stage.
Model
Capacity
ton/h
Power
Kw
Number of
Outlets
Dimension
cm
Weight
Kg
A
B
C
SFJZ 80 × 1
1 – 2
0.2 × 2
1
242
122
100
SFJZ 100 × 1
2 – 3
0.2 × 2
1
242
142
100
SFJZ 80 × 2
3 – 5
0.2 × 2
2
242
122
135
SFJZ 100 × 2
6 – 10
0.2 × 2
2
242
142
135
SFJZ 125 × 2
10 – 15
0.2 × 2
2
242
242
135

The machine responsible for purifying the main raw materials before they leave the production line.

Centric Screen
  • Vibrating screen operates above the finished product tanks to separate the fine product from the pellets in all types of feed.
  • Distinctive design allows for easy cleaning and maintenance.
  • Available with 2 or 3 outputs/stage.
  • Suitable for use with all types of feed.
  • The production capacity varies depending on the screen openings installed at each stage.
Model
Capacity
ton/h
Power
Kw
Number of
Outlets
Dimension
cm
Weight
Kg
A
B
C
SFJH 80 × 2 D
1 – 2
1.5
2 – 3
305
120
120
SFJH 100 × 2 D
2 – 3
2.2
2 – 3
332
140
120
SFJH 110 × 2 D
3 – 5
3
2 – 3
350
150
129
SFJH 125 × 2 D
6 – 10
4
2 – 3
400
170
158
SFJH 130 × 2 D
10 – 15
4
2 – 3
400
172
158
SFJH 140 × 2 D
12 – 16
5.5
2 – 3
500
200
170
SFJH 150 × 2 D
15 – 18
5.5
2 – 3
500
215
170
SFJH 155 × 2 D
18 – 22
5.5
2 – 3
500
220
170

The machine responsible for crushing feed raw materials into small sizes to fit animal feed or converting into feed pellets.

Pasture Crusher
  • The router can rotate in both directions. The router is dynamically balanced to rotate at maximum power with complete stability, producing a sound level of 90 to 93 decibels. The screens and hammers can be changed with complete ease.
Model
Power
Kw
Rotation Speed
RPM
Dimension
cm
Weight
Kg
A
B
C
SFSPMC 68 × 108
55 / 75
SFSPMC 68 × 168
90 / 110 / 132

The machine responsible for purifying the air from dust, works with air pressure.

Air Filter
  • It is a closed body containing purification (bags/socks).
  • The blower provides the ability to draw air through the filter.
  • The dust is condensed on the bags/socks and then collected again for reuse.
  • It has an air compressor to expel the granules stuck to the body of the bags/shorts.
Model
Area
m2
Air Flow
m2
Dimension
cm
Weight
Kg
A
B
C
TBLMy 10
7.5
900 – 1800
TBLMy 18
13.5
1620 – 3240
TBLMy 26
19.5
2340 – 4680
TBLMy 39
29.25
3510 – 7020
TBLMy 52
39
4680 – 9360
TBLMy 78
58.5
7020 – 14040
TBLMy 104
78
9360 – 18720
TBLMy 130
97.5
11700 – 23400
TBLMy 156
117
14040 – 28080
TBLMFa 9
3.4
1008 – 2006
TBLMFa 12
4.5
540 – 1080
TBLMFa 15
8.4
1416 – 2932
TBLMFa 21
11.8
1416 – 2932
80
95
205
TBLMFa 24
13.5
1896 – 3792
130
80
245
TBLMFa 28
15.8
1896 – 3792
130
80
245
TBLMFa 32
18.1
2172 – 4344
130
95
245
TBLMFa 32s
24.1
2892 – 5784
130
95
130
TBLMFa 40
22.6
2712 – 4344
TBLMFa 40s
30.1
3612 – 7224
TBLMFa 48
27.1
3252 – 6504
130
130
245
TBLMFa 48s
36.2
*
TBLMFa 56
42.2
4344 – 8688
TBLMFa 64
48.2
4344 – 8688
150
130
245
TBLMFa 80
5784 – 11568
150
185
245
TBLMFa 96
4900 – 10500
150
220
245

The machine is responsible for reducing the size of feed pellets to small sizes suitable for young chicks and also for suckling cattle.

Single Crumbler
  • It contains two rollers (rollers) to crush the granules.
  • The size of the rollers varies depending on the production capacity.
  • It has a grain distributor along the rollers.
  • Mechanical adjustment of the distances between the rollers.
Model
Production Capacity
ton/h
Power
Kw
Dimension
cm
Weight
Kg
Main Motor
Feeder Motor
A
B
C
D
SSLG 15 × 80
1 – 3
4
SSLG 20 × 140
5
5.5
SSLG 15 × 125
7
7.5
SSLG 15 × 150
10
11
SSLG 20 × 170
15
12
SSLG 25 × 170
20
15
SSLG 20 × 80 – 3
5
5.5
1.5
SSLG 20 × 100 – 3
10
7.5
15.
SSLG 20 × 140 – 3
15
11
1.5
SSLG 20 × 170 – 3
20
15
1.5

 The machine responsible for reducing the temperature and humidity of the feed before storing it.

Single Cooler
  • The cooling mechanism is reverse air flow.
  • Possibility of controlling the discharge speed and temperature.
  • It has an internal distributor to prevent material build-up on the edges.
  • It has viewing holes in the hexagonal body.
  • Humidity sensor can be installed (upon request).
  • It has a hopper assembly below the gate.
  • The upper part is available in iron, galvanized sheet and stainless steel.
Model
Production Capacity
ton/h
Size
m2
Power
Kw
Dimension
cm
Weight
Kg
Main Motor
Air Gate Conditioner
A
B
C
D
SKLN 1.5
1 – 3
1.5
1.1
0.55
198
140
263
SKLN 2.5
4 – 6
2.5
1.1
0.75198140
230
165
300
SKLN 4
9 – 12
4 – 5
1.5
1.5
278
210
322
SKLN 6
15
7
2
1.5
310
246
370
SKLN 8
20
8
2.2
1.5
326
260
390
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