Rotary bakery oven RLF
convectionfor biscuitsheating

Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 2
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 3
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 4
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 5
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 6
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 7
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 8
Rotary bakery oven - RLF - Intervin 2012 Ltd - convection / for biscuits / heating - image - 9
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Characteristics

Type
convection, rotary
Product
for biscuits
Function
heating
Other characteristics
electric
Maximum temperature

Max.: 250 °C
(482 °F)

Min.: 150 °C
(302 °F)

Description

The automated complex for baking nuts and tartlets Roundloaf is designed for the production of a wide range of products from shortcrust pastry: • nuts; • tartlets; • cones and mushrooms; • various shortcrust cookies for filling. * Productivity in kg/hour (nuts without filling) can be calculated using the formula: P = (3600/T)хKхNхM T – total time of baking the product, s K – number of elements in one form, pcs. N – number of baking forms, pcs. M – weight of one element, kg Calculation example for Kremlin walnut (24 products, 21 form 250х200 mm): T = 180 seconds; K = 24 pcs.; N = 21 pcs.; M = 0.024 kg P = (3600/180)х24х21х0.02 = 120 kg/hour Calculation example for Kremlin walnut (28 products, 21 form 300х200 mm): T = 180 seconds; K = 28 pcs.; N = 21 pcs.; M = 0.024 kg P = (3600/180)x28x21x0.02 = 140 kg/hour Advantages: • The highest baking quality is achieved thanks to two key factors: cast iron molds and a patented dough molding and baking technology (Patent No. 2727674). During baking, the cookies retain nearly all of their fat content, preserving optimal taste and texture. The product does not acquire a “glassy” texture, as it often does with traditional baking methods. Instead, the cookies have a crumbly structure typical of authentic shortcrust pastry. The flavor of your cookies cannot be replicated using any other equipment. • Baking temperature reaches up to 220 °C on both the upper and lower molds. There is no need to maintain a 40–60 °C temperature difference between the top and bottom plates to keep the filling (e.g., a nut) at the bottom—such a regime typically results in underbaked cookies with poor taste.

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Catalogs

RLF
RLF
7 Pages
ACBP
ACBP
3 Pages
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.