Consumer tastes and preferences are evolving faster than ever. Companies are looking to become more agile and competitive to meet this challenge. This requires fully automated systems with minimum manual intervention to avoid human errors and contamination.
Cotmac has a dedicated team with domain expertise to deliver food processing related automation solutions across industry segments like brewery, distillery, vegetable oil, food packaging, solid foods, dairy, RO plant, fruit juices, carbonated drinks etc. on Siemens platform in India.
The food & beverage industry is at the forefront of adopting Industry 4.0 technologies to meet its key objectives across the value chain - from procurement, production and decarbonization to consumer insights through data. For example, IoT is used for ingredient tracking and tracing, digital twin for creating a flexible production system and smart energy supply and building infrastructure to drive efficiency and reduce costs in the food & beverage industry.
Our offerings include:
We offer service support, both online and offline, that helps our customers to significantly reduce the downtime.
Cotmac’s domain expertise covers:
Automation of CO2 extraction & purification process in a carbonated soft drinks manufacturing plant using S88 based modular programming implementation.
Read MoreAutomation in a distillery manufacturer was aimed at reducing manual intervention to minimize production time, molasses wastage and manual error.
Read MoreEngineering, development and commissioning of a brewery plant in U.S., to improve brew length and maximum brew per day.
Read More100 TPD milk powder plant automation to ensure standardized milk quality, enhance production capacity and reduce losses due to perishability.
Read MoreFrom studying the requirements to commissioning of the control system for rice mill machinery with conveyors, elevators, and storage tanks.
Read MoreDeep freezer automation across different sections in the plant to keep the seafood fresh and ready to sell, using Allen Bradley.
Read More