PREVRA How to Use a Meat Thermometer: Safe Internal Temperatures for Every Type of Meat
A practical poster covering correct probe placement for different meat cuts and the safe internal temperatures required under UK food safety law. Different meats, different temperatures, different techniques.
Why correct meat temperature measurement is critical for food safety
Meat is the highest-risk food category in any kitchen. Undercooked poultry causes campylobacter — the most common cause of food poisoning in the UK with over 280,000 cases annually. Undercooked pork carries risk of hepatitis E, which has been rising sharply in the UK since 2010. Getting meat temperatures right is not about quality — it is about preventing illness.
The counter-intuitive fact: a whole cut of beef like a steak or joint is safe at a lower internal temperature than a burger made from the same animal. This is because pathogens on whole cuts are only on the surface and are killed by searing. When meat is minced, surface bacteria are distributed throughout, meaning the entire burger must reach the full safe temperature of 75°C at the core. This distinction confuses many kitchen staff and is a common EHO interview question.
Different meats have different legal safe temperatures: poultry must reach 75°C (82°C in Scotland), pork 75°C, minced meat products 75°C, and whole cuts of beef or lamb can be served rare if the external surface has been adequately seared. Your staff need to know all of these — not just "cook it until it is hot."
Using this meat thermometer guide in your cooking operations
Display this poster at every cooking station and above the pass. For each meat type, the poster shows the correct probe insertion point — the thickest part of the meat, avoiding bone, fat pockets, and the cooking vessel. It also shows the target temperature and required rest time where applicable.
Build meat temperature checks into your service checklist. Every batch of meat leaving the kitchen should have at least one probed item, with the reading recorded. Digital SFBB systems make this practical even during peak service — a single tap logs the temperature, food item, and timestamp. If a reading is below the safe threshold, the system alerts the team immediately rather than discovering the issue after service.
Meat temperature errors that compromise safety
Probing the same spot twice in quick succession. The first probe creates a channel that allows heat from the cooking surface to travel inward, making the second reading at the same spot falsely high. Always probe a fresh, unprobed location.
Forgetting that carry-over cooking continues after removal from heat. A large joint removed from the oven at 72°C may reach 75°C during resting as heat from the outer layers migrates inward. But do not rely on this for poultry — probe to confirm 75°C is actually reached, not assumed.
Using the same unwashed probe across raw and cooked meat. This is a direct cross-contamination vector. Clean and disinfect the probe between raw and ready-to-eat foods, every time, without exception.
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