Dough mixers, dough resting, dough logistic amr system, bowl lifter, planetary mixers & dough portioner

Kneading, lifting or portioning: Dough kneading machines from Backpartner make your work more than easy.

The kneading process is the determining element for baked products when it comes to the characteristics of the product. It determines the dough development, the water absorption and the formation of the gluten skeleton in wheat and spelt doughs as well as the degree of swelling in parts with a high rye content. For optimum results, it is crucial that the kneading process is adapted to the raw materials used. The mixing and kneading time, the speed, and the cooling of the dough must be set appropriately for the type and composition of the dough. And this is exactly what our dough machines ensure.

Kneading dough can be so simple

Basically, the kneading process in our dough kneading machines takes place in three phases. Depending on the type of flour used, the duration of the individual phases and the effect on the dough changes:

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Phase 1: Mixing phase, in which all dry ingredients are mixed in our dough machines and wetted with water, characterized by a slow kneading speed. A previous dissolution of the solids (yeast, salt, sugar) in water accelerates this process step enormously.

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Phase 2: In this phase, the speed of the dough machine is increased, the gluten proteins and polysaccharides (pentosans) begin to swell until a large part of the added liquid is bound to starch, pentosans and gluten proteins. As a result of the mechanical energy input into the dough, a desired heating occurs, which causes improved swelling.

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Phase 3: The free water is completely bound. The structure of the previously short and inelastic dough is changed by the swelling gluten. The dough becomes more stable and exhibits stretchability (in contrast to wheat dough, the pentosans prevent the formation of the gluten skeleton in rye dough – the dough remains more plastic and unstable). The typical dough test allows to pull the dough between the fingers so thin that you can almost read through it. In this phase it is important not to overheat the dough (max. approx. 30°C) or knead it too long, otherwise you will destroy its structure, the dough is “overkneaded”.

Mixing and kneading time as important technology parameters depend on the flour used. For example, the mixing process for rye (slow kneading speed) takes up about 70% to 80% of the total kneading time and the kneading process (high speed, 1 min – 2 min) only about 20% to 30%. In contrast, wheat doughs are only mixed slowly for a short time and kneaded very intensively (quickly) in the machine for a long time (5 min – 8 min).

What kind of dough machines are there?

Technologically, a distinction is made today between dough kneading machines with fixed bowl, extendable bowl or dough machines with bottom discharge. In addition, there are various kneading tools. In most cases, a spiral-shaped tool is used that rotates around its own axis (spiral kneader). So-called spiral kneaders have two spiral-shaped tools that rotate around their axis.

What characterizes a good dough machine?

The quality of a dough kneading machine is determined by the precision of its elements and the set speeds and times. Of particular importance is the design in terms of hygiene and durability. An example of precision is the patented coupling of the movable bowls. The coupling is form-fitted and thus allows absolute slip-free and wear-free rotation of the kneading bowls. Good operability and manageability of a dough machine are also important features for the baker. Only when all these features come together is it a very good machine that meets the requirements for producing the best baked goods – ESCHER mixers occupy a top position in the market here.

Teigkneter für Bäckereien
Portioniersysteme für Bäckereien

Our dough mixers at a glance

Please select the product variant to see the models and technical details

Mixers > Spiral mixers – with fixed bowl (spiral)

Feststehende Kessel Spiralkneter M1 & M Übersicht

M1 - 30 M1 - 40 M50 / M50P M60 / M60P M80 / M80P M100 / M100P M120 / M120P M160 / M160P M200 / M200P M240 / M240P
Teigkapazität (Kg) 30 40 50 60 80 100 120 160 200 240
Mehlkapazität (Kg) 18 25 30 37 50 62 75 100 125 150
Kesselvolumen (l) 50 62 80 100 123 154 185 270 310 380
Spiralleistung (KW) 1,3 / 2,2 1,5 / 3 2.1 / 3.7 2.1 / 3.7 2.1 / 3.7  3 / 5.2 03.05.02 7.5 / 12.5 7.5 / 12.5 7.5 / 12.5
Kesselleistung (KW)     0,55 0,55 0,55 0,55 0,55 0,75 0,75 1,1
Breite X Tiefe X Höhe (mm) 540 x 875 x 1305 540 x 925 x 1305 590 x 1070 x  1345 660 x 1140 x  1345 680 x 1150 x  1345 710 x 1225 x  1470 780 x 1300 x  1470 885 x 1405 x  1565 950 x 1470 x  1565 1040 x 1540 x  1540
Gewicht (Kg) 260 284 425 / 440 440 / 455 445 / 460 515 / 530 535 / 550 735 / 780 830 / 845 850 / 895
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Feststehende Kessel – Spiralkneter MX Übersicht

MX MX 60 MX 80 MX 120 MX 160 MX 200
Teigkapazität (Kg) 60 80 120 160 200
Mehlkapazität (Kg) 37 50 75 100 123
Kesselvolumen (l) 112 154 185 270 310
Spiralleistung (KW) 1,5 / 3,0 2,1 / 3,7 2,1 / 4,8 5,9 / 10,3 7,5 / 12,5
Kesselleistung (KW) 0,55 0,55 0,55 0,75 0,75
(mm) Breite X Tiefe X Höhe x Höhe (Deckelhöhe)  1170 x 670 x 1275 x 1675 1185 x 700 x 1275 x 1680 1295 x 780 x 1385 x 1875 1405 x 885 x 1465 x 1985 1465 x 950 x 1465 x 2050
Gewicht (Kg) 325 380 430 570 615
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Mixers – with extendable bowl (spiral & helix)

Ausfahrbare Kessel – Spiralkneter MR Professional Übersicht

MR 80 MR 120 MR 160 MR 200 MR 240 MR 300 MR 350 MR 400 MR 500
Teigkapazität (kg) 80 120 160 200 240 300 350 400 500
Mehlkapazität (Kg) 50 75 100 125 150 185 225 250 300
Wasser (l) 30 45 60 75 90 115 125 150 200
Kesselvolumen (l) 154 185 270 310 380 450 500 600 700
Kesseldurchmesser (mm) 680 750 850 910 1000 1055 1100 1200 1300
Kesselhöhe über Bodenniveau (mm) 1000 1000 1045 1045 1065 1080 1125 1125 1125
Tiefe A (mm) 1775 1880 2005 2035 2060 2265 2415 2465 2565
Breite B (mm) 940 940 1030 1060 1105 1230 1260 1340 1360
Höhe C (mm) 1480 1470 1500 1500 1500 1775 1775 1775 1775
Deckelhöhe D (mm) 1920 1920 2055 2060 2140 2240 2290 2355 2425
Gewicht (Kg) 1100 1160 1260 1400 1500 2146 2210 2300 2490
Spiralleistung (KW) Stufe I / II 6,25 6,25 12.5* 12.5* 15.0 18.0 22 22 30
Kesselleistung (KW) 0.75 0.75 1,10 1,10 1,10 1,50 2,20 2,20 2,20
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* 15 KW Motor erhätlich

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Ausfahrbarer Kessel – Wendelkneter MW Übersicht

MW 120 MW 160 MW 240 MW 400
Teigkapazität (kg) 120 160 240 400
Mehlkapazität (Kg) 75 100 150 250
Wasser (l) 45 60 90 150
Kesselvolumen (l) 189 302 416 673
Kesseldurchmesser (mm) 750 850 1000 1200
Kesselhöhe über Bodenniveau (mm) 1000 1000 1115 1170
Tiefe A (mm) 1960 2130 2675 2810
Breite B (mm) 1015 1365 1645 1670
Höhe C (mm) 1600 1805 1870 1950
Deckelhöhe D (mm) 2100 2250 2350 2500
Gewicht (Kg) 1840 2460 2820 3760
Spiralleistung (KW) Stufe I / II 15 22 30 37
VDS (Vario Drive System) 18,5 22 30 45
Kesselleistung (KW) 1,1 2,2 2,2 3
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Mixers – with bowl for bottom discharge (spiral & helix)

Kessel mit Bodenaustrag – Spiralkneter MD Übersicht

MD 160 MD 240 MD 400 MD 500
Teigkapazität (kg) 160 240 400 500
Mehlkapazität (Kg) 100 150 250 300
Wasser (l) - 60% 60 90 150 200
Kesselvolumen (l) 270 380 600 700
Kesseldurchmesser (mm) 850 1000 1200 1300
Tiefe A (mmmm) 1800 2370 2640 2770
Breite B (mm) 1050 1130 1340 1470
Höhe C (mm) 1770 2340 2380 2930
Deckelhöhe D (mm) 2260 2800 2950 2950
Gewicht (Kg) 2100 2700 4200 4600
Spiralleistung  I/II Stufe 18 18 30 30
VDS (Vario Drive System) 18 18 30 30
Kesselleistung (KW) 2,20 2,20 2,20 2,20
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Kessel mit Bodenaustrag – Wendelkneter MD-W Übersicht

MD-W 160 MD-W 240 MD-W 400 MD-W 600
Teigkapazität (kg) 160 240 400 600
Mehlkapazität (Kg) 100 150 250 360
Wasser (l) - 60% 60 90 150 240
Kesselvolumen (l) 302 416 673 1100
Kesseldurchmesser (mm) 850 1000 1200 1570
Tiefe A (mm) 1800 2370 2640 3145
Breite B (mm) 1050 1130 1340 1665
Höhe C (mm) 1770 2340 2380 2470
Deckelhöhe D (mm) 2260 2800 2950 2860
Gewicht (Kg) 2900 3750 5400 5900
Spiralleistung  I/II Stufe 22 30 37 Stufe bis 75
VDS (Vario Drive System) 22 30 45
Kesselleistung (KW) 3.0 3.0 3.0 3.0
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Planetary mixers – with fixed bowl

Fixed boiler with optional transport trolley

Planetärmischer mit feststehendem Kessel PM Übersicht

  PM 20 V / table PM 20 V / stand PM 40 V PM 60 V PM 80 V
Inhalt (l) 20 20 40 60 80
Untersetzung 10 10 20 40 60
Leistung (kW) 1,1 1,1 2,2 2,2 4
Abmesung A x B x C (mm) 680 x 500 x 880 680 x 500 x 1250 1040 x 870 x 1455 1040 x 870 x 1455 1160 x 870 x 1460
Gewicht (kg) 120 130 220 225 305
Drehzahl Werkzeug (U/min)) 100 - 400 100 - 400 37 - 465 37 - 465 31 - 388

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Planetary mixers – with mobile bowl

Boiler with rollers

Planetärmischer mit fahrbarem Kessel PM Professional Übersicht

  PM 60 V PM 80 V PM 100 V PM 120 V PM 140 V PM 160 V
Inhalt (l) 60 80 100 120 140 160
Untersetzung 40 60 80 100 120 140
Leistung (kW) 2,2 4 4 5,5 7,5 7,5
Abmesung A x B x C (mm) 1160 x 870 x 1835 1160 x 870 x 1835 1170 x 870 x 2060 1300 x 940 x 2020 1300 x 940 x 2020 1300 x 940 x 2020
Gewicht (kg) 380 405 485 540 560 580
Drehzahl Werkzeug (U/min)) 31 - 388 31 - 388 31 - 388 42 - 385 42 - 385 42 - 385

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Bowl lifter

Hebekipper ESBL Übersicht

ESBL 120 ESBL 180 ESBL 240 ESBL 300 ESBL 350
VORDERE ENTLADUNG
Abwurfhöhe max. 1300 mm 1800 mm 2400 mm 3000 mm 3500 mm
SEITLICHE ENTLADUNG          
Abwurfhöhe max. 1300 mm 1800 mm 2400 mm 3000 mm 3500 mm
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Portioning systems

Portinioniersystem ESH Übersicht

ESH fest ESH fahrbar
Edelstahlausführung ja ja
Teflonbeschichtung Option Option
Behältergröße (l) 100 - 800 100-600
Reinigungsposition nein ja
Sprühbeölung Option Option
Entleerungspunkte 1 1 - 4
Ausgabemechanismus Schieber / Sternteiler Schieber / Sternteiler
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