LoTo - Lock out, Tag out
Using LoTo devices the energy sources will be locked and visually marked to prevent the unintentional movement of the valve.
LoTo DISK LOCK / AIR LOCK for hygienic seat valves
LoTo DISK LOCK for hygienic butterfly valves
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Protect your workforce and maintenance operations! A small pin on our DISK LOCK LoTo solution is all it takes to lock GEA Butterfly valves (manual or pneumatic) in either open or closed position.
The DISK LOCK is available for all nominal size of GEA hygienic butterfly valves and GEA hygienic leakage butterfly valves to protect your workforce and maintenance operations.
LoTo solutions available for all hygienic seat valves ensure a safe maintenance & commissioning of process plants. Use an easy-to-apply AIR LOCK to cut off the control air connection. Or replace the feedback system with a sturdy DISK LOCK to safely block valve action.
LoTo solutions for our pneumatic seat valves offer you the right choice in any situation. Use an easy-to-apply AIR LOCK to cut off the control air connection. Or replace the feedback system with a sturdy DISK LOCK to safely block valve action.
The world's population is growing and with it demand for milk. Dairy is an essential component of many global diets. However, its production can be resource-intensive and impact the environment. GEA’s Christian Müller, Senior Director Sustainability Farm Technologies, sheds light on how technological innovations powered by GEA make milk production more efficient and profitable.
Every safe beverage and bite of food is a victory against invisible microbial threats – a battle shaped by a century of hygienic process design. With more than 100 years of engineering and hygienic design know-how, GEA sets the industry standard for processing equipment that protects food and saves lives.
Engineering innovation often takes the form of incremental gains. Once in a while, it takes a leap. Case in point: The washing machine. Launched in September 2022, two new GEA software solutions are upending convention and delivering similarly dramatic efficiency gains in the resource-intensive process of membrane filtration.