Glimek - Intermediate Prover

• Used in bakeries to provide a resting period for dough pieces after dividing and rounding, allowing gluten to relax.
• Essential in automated bread lines to ensure consistent dough texture and improve the final product's volume and crumb structure.
• Utilised for various bread types, including tin breads, rolls, and specialty loaves, before final proofing or moulding.
• Integrated into production lines for products requiring precise fermentation control and gentle handling of delicate dough.

Typical capacity

Intermediate provers commonly feature 6 to 12 pockets per row, with multiple rows depending on the model, offering a range of dough piece capacities.

Power supply

Units of this type are typically three-phase, requiring a standard industrial electrical connection, commonly 400V, 50Hz in the UK.

Dough weight range

For this class of equipment, a common dough weight range is between 50g and 1000g, though specific units may vary.

Proving time

Adjustable proving times are standard, typically ranging from 3 to 15 minutes, depending on dough type and desired relaxation.

Construction materials

Commonly constructed from stainless steel and food-grade plastics for hygiene and durability in a bakery environment.

Footprint

The footprint varies significantly with capacity, from compact standalone units to larger, integrated systems within automated lines.

• What is the primary function of an intermediate prover?

  An intermediate prover allows dough pieces to rest and relax after being divided and rounded. This relaxation is crucial for improving the dough's extensibility and machinability in subsequent processing stages.

• How does an intermediate prover differ from a final proofer?

• What maintenance is typically required for an intermediate prover?

• Can intermediate provers handle different types of dough?

• Are spare parts readily available for used intermediate provers?

Bakery proofers are valued for their reliability and consistent temperature control, essential for dough fermentation. Buyers typically appreciate models offering uniform humidity and temperature settings across chambers. When purchasing used equipment, inspecting heating elements, seals and temperature consistency is important, as wear affects performance. Industry experience suggests solid construction models from established manufacturers tend to hold up well. Common strengths include space efficiency, energy performance on newer units, and straightforward maintenance requirements. Buyers should verify calibration accuracy before purchase.

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