Gıda Isıl İşlem Makineleri Üreticileri
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Isıl işlem makineleri ara →Industrial food thermal processing — machinery overview
Thermal processing covers the controlled application of heat to food for cooking, pasteurisation, sterilisation, blanching, frying, and roasting. The main categories of industrial thermal processing equipment include: industrial cooking kettles (large jacketed stainless-steel vessels — steam or hot-water heated — with mixing for sauces, soups, curries, and other liquid or semi-liquid food cooking); continuous fryers (product travels through a bath of hot cooking oil on a submerged conveyor belt — used for crisps, French fries, snack extrudates, and breaded products); batch fryers (oil bath in an insulated vessel — food loaded manually or in baskets — used for smaller or artisan operations); steam cooking equipment (convection steamers, tunnel steamers, and retort vessels for cooking products using saturated steam); blanching machines (hot water or steam blanching of vegetables, fruits, and nuts prior to freezing, drying, or canning — inactivates enzymes, reduces microbial load, and softens texture); industrial ovens (reel ovens, rack ovens, tunnel ovens, and convection ovens for cooking and baking a wide range of products); roasting machines (gas or electric roasters for nuts, coffee, cocoa, and seeds).
Frequently asked questions
What cooking time and temperature validation is required for food safety?
Cooking time and temperature must be validated for each product type and thickness as part of the HACCP plan. The target for most cooked food products is to achieve a specified log reduction in the target pathogen at the thermal centre of the product (the slowest-heating point). For most meat and poultry products, regulatory guidance specifies a minimum core temperature (e.g. 75°C for 30 seconds, or equivalent combinations for different pathogens). Validation involves placing calibrated temperature probes at the thermal centre of representative products and running a cooking trial to confirm the target temperature–time combination is consistently achieved. Do not rely on oven or fryer temperature settings alone — the product core temperature must be measured. A validated cooking process is a core requirement of BRC, SQF, IFS, and other food safety standards.
What oil management systems are needed on a continuous fryer?
Oil quality management is critical on a continuous fryer to maintain product quality and food safety. Hot oil degrades over time through polymerisation, hydrolysis, and oxidation — degraded oil has poor heat transfer, darkens the product, and produces off-flavours. Key oil management systems include: continuous oil filtration (removing food particles that otherwise accumulate and accelerate oil degradation); oil turnover rate (fresh oil addition to replace consumed or removed oil — the total oil replacement rate must be sufficient to maintain oil quality); total polar compounds (TPC) or free fatty acid (FFA) monitoring (oil quality indicators — most regulatory guidance sets an upper limit of 24–27% TPC as the point at which oil must be replaced); and regular full oil changes. Discuss oil management systems and the expected oil consumption and change-out schedule with the fryer supplier.
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