- Mon - Fri 08.00 - 13.00 - 15.00 - 18.00
Molitecnica Sud has proudly tested the MS/DECV27-6, debranning machine that sits alongside its bigger version, designed to enable small and medium sized milling plants to equip themselves with this technology, with all the advantages that entails.
The machine, consisting of six abrasive wheels with a diameter of 270 mm and tested at a capacity of 2.5 t/h, makes flexibility and compactness its strong points. Available in various motorisations, it can easily adapt to the production requirements of different plants.
The development of the MS/DECV27-6 was the result of a close collaboration between company’s project team and its Research and Development Department. Molitecnica Sud developed this solution, motivated by increasing customer demands and the identification of a gap in the market, which was precisely aimed at meeting the needs of plants with determined production capacity.
The presentation of the MS/DECV27-6 attests Molitecnica Sud’s know-how in analysing specific customer requirements and designing tailor-made solutions. Furthermore, the machine is designed for maximum versatility, allowing it to adapt to different production needs and product types.
Molitecnica Sud has integrated the debranning in the milling diagrams of big plants, since the introduction of this process in the milling industry. The company will also integrate it into more compact plants with the MS/DECV27-6.
It is therefore important to remember what advantages it provides:
In general, debranning improves the hygienic-sanitary characteristics of cereals by increasing the safety of use of the finished products.
Concerning the functioning of the machine, the product, e.g. the wheat (wet and conditioned), enters from the top and is distributed evenly, automatically, in the debranning chamber.
Inside, special conveyors position the grain in relation to the abrasive wheels, so that the cortical part is removed, keeping it intact.
The rejects, such as bran, are ejected through the perforated mantles surrounding the rotor. They escape through the transport in aspiration to which the machine is connected.
The degree of debranning depends both on the amount of product to be dehulled and on the dwell time inside the machine, which is determined by electronic management software that controls the outlet damper.
Contact us now, we are ready to analyse your needs and choose the best solution together!