Gear-controlled

The cleaning fluid drives an internal gear by means of a turbine wheel so that the spray head rotates by two axes. The solid jet nozzles mounted on the spray head produce powerful jets. These jets sweep the entire tank surface in a pre-programmed, model-specific pattern during a spray cycle. This requires a certain minimum time. These models generate the highest impact and are therefore ideal for very large tanks and the toughest cleaning tasks.

Rotating cleaning nozzle "MeshClean"
New

Series 5T2/5T3 "MeshClean"

The MeshClean is extremely effective thanks to the particularly powerful solid jet nozzles and is also suitable for small tanks with persistent soiling. The series can resist pressures of up to 15 bar without any problem. All parts used exhibit a particularly high surface quality. The MeshClean is predestined for the chemical and pharmaceutical industry as well as for the food and beverage industry.

Further information Technical data (pdf, 1.99 MB)
Lechler Zielstrahlreiniger Baureihe 5TB

Series 5TB "IntenseClean Hygienic"

The IntenseClean Hygenic 5TB has firmly established itself, above all in the pharmaceutical, food and beverage industries - and with good reason: The especially strong solid jets produce an extremely high degree of effectiveness, while the gear-controlled rotation ensures high levels of efficiency. All parts used are noted for their particularly high surface quality. This series is suitable for high pressures and temperatures.

Further information Technical data (pdf, 228.40 KB)
Lechler Zielstrahlreiniger Baureihe 5TM

Series 5TM "IntenseClean"

The IntenseClean is used in many applications, amongst others in the petrochemical industry. It is noted for its robust and proven construction, effective solid jets and gear-controlled rotation.

Further information Technical data (pdf, 989.38 KB)

Accessories | Rotating monitoring sensor

Cleaning processes can be easily and reliably monitored with the Lechler rotation monitoring sensor

Further information Technical data (pdf, 465.19 KB)