The KME system is a high-performance deburring system for various cryogenic deburring applications of molded parts made of rubber, plastics and non-ferrous metals with a length of up to 500mm with quick-change basket system.

This high-performance system enables precise finishing of molded parts made of elastomers, plastics and non-ferrous metals and ensures exceedingly precise results for for example occasional rework requiring prototypes, large-scale, multi-shift production runs of bulk goods with a volume of up to 30 liters as well as 30kg of insert moldings with lengths to 500mm in article-specific feeds.

The KME allows short deburring times with excellent precision and low nitrogen consumption. It features an automated quick-change basket system ( easy handling ). As a result molded part feeds can be filled while deburring, therefore eliminating downtime.

The JET ROTOR-Series is a very powerful basic drum-type media-blasting deburring system. It is an ideal introduction for the cryogenic finishing of rubber, plastics and non-ferrous metals from small to medium sized batches. It has a batch volume of up to 50 liters.

The system requires little floor space and room height due to its extremely compact construction. The well insulated cryogenic cell is double-walled and consists entirely of stainless steel, guaranteeing a low nitrogen consumption.

The deburring drum ensures the separation of burr and granulate. The external cyclon ensures the de-dusting of the blast-medium.

The modern SPS-control unit Siemens S7-1500 allows the storage of a high amount of datasets and ensures the reproducibility of all important process parameters.

The drum-type media-blast deburring systems of the ROTOR TSE Premium series are designed for the cryogenic finishing of large batch sizes of tumbler-compatible rubber, plastic and non-ferrous metal parts.

Even very difficult molded parts and seals with batch-volume of 1-30 liters ( TSE M ), to 50 liters ( TSE L ), and up to 100 liters ( TSE XL ) can be deburred due to the precise temperature control of this system.

The well insulated cryogenic cell, which is double-walled and consists entirely of stainless steel, the compact media-blasting chamber and the short processing cycles guarantee a low nitrogen consumption. The external de-dusting unit redirects the exhausted nitrogen back to the cryogenic cell to avoid cryogenic losses.

The conventional refrigeration unit dehumidifies and cools the system when the system is in standby. Large maintenance doors facilitate the cleaning and maintenance of the system.

The internal blasting-media sifter separates dust and burr from granulate and guarantees clean and blasting media.

The modern SPS-control unit Siemens S7-1513 allows the storage of a high amount of datasets and ensures the reproducibility of all important process parameters.

As an optional feature, all process data can be read out via an integrated Ethernet interface and transferred directly to your in-house LAN for further processing and analysis.

The ROTOR TRS series offers drum-type deburring systems for the cryogenic finishing of shape-, material-, and surface sensitive molded parts and seals made of plastics and rubber with a geometric drum volume of up to 700 liters.

The TRS series offers a solution for special applications that involve surface sensitive and fragile molded parts as an alternative to media-blast deburring systems. Depending on individual applications and requirements, the operation can be aided by special additives which stay inside of the system when molded parts are retrieved due to a patented MEWO process. The low space requirement allows the installation of the system in space-limited production lines.

The well insulated cryogenic cell, the compact drum and short processing cycles ensure that nitrogen consumption remains low. The consumed N2 gas gets exhausted via a de-dusting cyclone with non-return valve to avoid cryogenic losses and minimize heat- and moisture influences.

The modern control unit allows the storage of a high amount of datasets and ensures the reproducibility of all important process parameters.