Walther Trowal Presents Mass Finishing Technologies for Refining Surfaces at MACH 2024

Date: 02/02/2024
A mass finishing system for refining surfaces of Walther Trowal

Walther Trowal will showcase finishing technologies for deburring, edge radiusing, parts cleaning, surface smoothing and high-gloss polishing.

Walther Trowal has recently announced that it will take part in MACH (hall 6, booth 432), the international trade fair dedicated to advanced engineering and manufacturing that will be held from 15th to 19th April 2024 at the NEC in Birmingham (United Kingdom), where it will exhibit complete surface finishing solutions and its equipment that can be seamlessly integrated into the production flow of manufacturing operations for general and high-value components.

More specifically, the company will showcase a new centrifugal disc finishing machine from the compact model range TT…A/2C, which has been specifically developed to finish the surfaces of small mass-produced parts. The double-batch system allows the processing of one batch, whilst a second one is passing through a separation system where the finished parts are separated from the processing media. The simultaneous operation of these two separate process stages minimises unproductive idle times, providing high efficiency plus maximum throughput.

Walther Trowal will also present its CB circular vibrator, which can be easily integrated into interlinked and automated manufacturing operations, since the components loading chute on the outside of the processing channel and the so-called gate clearing feature greatly facilitate the integration of these machines into automated production processes and guarantees batch integrity.

Another example of the technologies displayed is the ZM basket centrifuge, that allows the cleaning and recycling of the mass finishing process water in a closed-loop system. Finally, the company will allow visitors to discover the G drier, a machine that not only dries the parts, but also generates a light polish. Furthermore, it can be combined with upstream mass finishing systems in batch as well as continuous feed operations.