Schwing Showcases VacuClean Pyrolysis System
Amerimold 2021 exhibitor Schwing Technologies presents VacuClean, a vacuum pyrolysis system that reportedly removes plastic residues from tools, dies and filters without thermally impacting them.
Photo Credit: Schwing Technologies.
Schwing Technologies highlights its VacuClean pyrolysis system at Amerimold. VacuClean is a vacuum pyrolysis system for removing plastic residues from critical machine tooling, dies and filters. According to the company, VacuClean removes polymer from tooling within eight to 30 hours, depending on the system size, components to be cleaned and polymer type. It is designed to clean parts without impacting them thermally or mechanically. It features an integrated catalytic converter system to clean exhaust air and wastewater.
VacuClean’s automatic cleaning process takes place in an electrically heated vacuum cleaning chamber. Schwing states that the temperature of the component is measured directly on the surface of the component to be cleaned, which is initially heated slowly. As the part heats, most adherent polymer melts and drains off. The remaining polymer disintegrates once the system reaches around 850°F. Remaining carbon is removed by adding air (oxidation). A sensor system controls the cleaning process, reportedly preventing the development of excess temperatures. Inorganic residues can be removed through post-treatment, such as with compressed air.
Exhibitor: Schwing Technologies
Booth E-410 (P)
Related Content
-
Four Micro Tooling Considerations
Issues involving gating, ejection, mold splits and direction of pull are of special concern when it comes to micro tooling.
-
Predictive Manufacturing Moves Mold Builder into Advanced Medical Component Manufacturing
From a hot rod hobby, medical molds and shop performance to technology extremes, key relationships and a growth strategy, it’s obvious details matter at Eden Tool.
-
Machine Hammer Peening Automates Mold Polishing
A polishing automation solution eliminates hand work, accelerates milling operations and controls surface geometries.