Today environmentally friendly aqueous cleaning has taken on the most important role for the intermediate and final cleaning of parts. They tend to be preferred if a large quantity has to be cleaned and/or fine and finest cleaning has to be carried out.

Cleaning systems for aqueous cleaning are available as flow-through spray units, single-chamber and multi-chamber systems. To attain a sufficient level of cleaning we integrate mechanical applications into the system, such as ultrasonics or injection flood washing, for example.

LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective edge rounding on internal and external contours of punched or laser-cut workpieces using only one work process. Unlike grinding machines, SBM-M S2s win over customers with more efficient processing work savings of up to 60%.

LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing of small parts through highly-effective, two-sided deburring and uniform edge rounding of punched, laser and fine plasma cut workpieces using only one work process. Unlike grinding machines, SBM-XS win over customers with more efficient processing work savings of up to 60%.

LISSMAC Grinding Machines of the SMW 1 series set benchmarks for perfect surface finish using the wet grinding process. The flexible compact model can be individually configured to meet customer requirements and is characterised by low tool costs, simple handling and also by the cost effective price-performance ratio which results in short amortisation times.

LISSMAC systems for metal processing set benchmarks in innovative sheet metal processing through highly-effective, two-sided removal of slag on plasma and thermal cut workpieces using only one work process. Unlike grinding machines, SBM-M D2s win over customers with more efficient processing work savings of up to 60%. Tool costs are significantly reduced in comparison to expensive machining with abrasives due to mechanical removal of the slag.

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. Integral filter systems adapted to individual component requirements, allowing efficient recycling of the processing medium and the removal of dirt particles with a high degree of reliability even in the case of high contamination levels.

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. The component remains in the handling gripper during processing and is conveyed to the nozzles.

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. The VectorJet IV consists of a high-pressure pump unit and processing centre housed within a single structure requiring minimal space.