Intelligent, energy-optimised and pioneering – this is the best way to describe Piller’s deburring technology for industrial component cleaning. Since its foundation in 1995, Piller Entgrattechnik GmbH, which offers state-of-the-art machinery solutions optimally adapted to the requirements of each individual customer, has been one of the leading specialist providers in the field of industrial high-pressure blasting technology using water, cutting oil and cooling lubricant. By means of patented processes, the water or cutting oil jet is targeted with a pressure of up to 1100 bar (high pressure) directly at the workpieces requiring treatment, in order to remove burrs, chips and other impurities. From our business location in Ditzingen/Baden-Württemberg, our machines for cleaning industrial components are shipped all over the world to customers in a wide range of industries – including automobile and hydraulic engineering, pneumatic engineering and medical technology.
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Alternating operation of the loading and processing chamber, simple control system, heavy-duty machine for medium to large volumes of straightforward components.
Alternating operation of the loading and processing chamber, simple control system, heavy-duty machine for medium to large volumes of straightforward components.
Separate high-pressure generating units for water and cutting oil, capable of raising pressure to between 400 and 1100 bar and suitable for installation in tight spaces.
Separate high-pressure generating units for water and cutting oil, capable of raising pressure to between 400 and 1100 bar and suitable for installation in tight spaces.
Processing centre based on the rotary transfer principle. Vertical or horizontal nozzle configuration. The machine is suitable for both manual and automatic loading. This guarantees fast cycle times for small parts.
Processing centre based on the rotary transfer principle. Vertical or horizontal nozzle configuration. The machine is suitable for both manual and automatic loading. This guarantees fast cycle times for small parts.
All-in-one processing centre featuring an integral handling system and lightweight design. Large-scale cartesian gantry for integration of separate conveyor belts for clean and contaminated components, as well as auxiliary systems, such as compone…
All-in-one processing centre featuring an integral handling system and lightweight design. Large-scale cartesian gantry for integration of separate conveyor belts for clean and contaminated components, as well as auxiliary systems, such as component marking devices.
Processing centre featuring an integral handling system and lightweight design. Linear gantry allowing integration of separate conveyor belts for contaminated and clean components. Machine housing encloses the infeed and discharge belts.
Processing centre featuring an integral handling system and lightweight design. Linear gantry allowing integration of separate conveyor belts for contaminated and clean components. Machine housing encloses the infeed and discharge belts.
Vertical processing centre featuring rotary plate (B-axis) for workpiece, incl. clamping device, application-specific nozzle configuration, and automatic side-loading mechanism (where applicable).
Vertical processing centre featuring rotary plate (B-axis) for workpiece, incl. clamping device, application-specific nozzle configuration, and automatic side-loading mechanism (where applicable).
Large horizontal processing centre with high-speed swivel table and bulkhead. The swivel table is fitted with two rotary plates (B-axes), separated by means of a dividing wall, thus creating separate loading and processing chambers. Processing can…
Large horizontal processing centre with high-speed swivel table and bulkhead. The swivel table is fitted with two rotary plates (B-axes), separated by means of a dividing wall, thus creating separate loading and processing chambers. Processing can be performed along up to three horizontal axes using a variety of nozzle configurations.
NC water jet centre based on a dual-chamber system for the alternating processing of camshafts. In this particular case, processing is carried out using cutting oil, but the machine can easily be adapted for use with water. The machine can be load…
NC water jet centre based on a dual-chamber system for the alternating processing of camshafts. In this particular case, processing is carried out using cutting oil, but the machine can easily be adapted for use with water. The machine can be loaded manually and is suitable for fully automated, interlinked processes.
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