Bühler, a leading supplier of food processing equipment, has announced the launch of its next generation TAS LAAC grain cleaning system. This system is equipped with innovative features that allow operators to adjust settings easily during changeovers and at any location in the mill, malting plant, or reception points. This solution is crucial as clean raw material is vital for any food and feed production process, ensuring product safety and high quality.
The TAS series has been a customer favourite for over 30 years and its updated version is now available worldwide. The new TAS LAAC has many improvements, including ultra-reliable sensors, which enable the machine to be connected to digital services and offer condition monitoring for maximum uptime. Additionally, the instant compatibility with Bühler Insights offers advanced trend analysis, resulting in improved yields.
Operators face many challenges, including frequent changeovers, product losses due to incorrect machine settings, and unwanted downtime. In an increasingly competitive market, it is vital to improve efficiency, cut waste, and streamline processes. The new TAS LAAC offers operators the necessary functionality to manage machinery easily, efficiently and profitably, even through mobile devices.
Manfred Dess, product manager for TAS cleaners at Bühler, said: “Not many would expect much potential in improving or revolutionising a technology that has reliably met customers’ needs for decades. However, we have built on past success, optimised our existing cleaner solution, and introduced new groundbreaking features. With the new system in place, operators can manage machinery more easily, efficiently, and profitably with all the required functionality at their fingertips.”
In conclusion, the Bühler TAS LAAC grain cleaning system is an essential tool that improves efficiency and productivity in the food manufacturing industry. The product is innovative, reliable and equipped with advanced features that can help operators to optimize their processes and reduce downtime.
