Kerone Engineering Solutions Ltd. is a leading company in the provision of advanced industrial heating, drying, and process solutions of engineering globally. Having more than 50 years of expertise, we are experts in designing, producing, and delivering custom-made, state-of-the-art systems to meet the ever-changing requirements of the industries across the globe.

We have been involved in engineering excellence, sustainability, digitalization, and technological innovation to become a reliable collaborator whose business partners are in various industries. Kerone will implement Artificial Intelligence (AI), Machine Learning (ML), and Internet of Things (IoT) technologies in our systems to ensure smarter automation, real-time monitoring, predictive maintenance, and process optimization that is data-driven, thus enabling our clients to be more productive, efficient, and reliable.

The Kerone systems are designed to meet Industry 4.0, which leverages AI-powered analytics and IoT connections to provide clients with data insights and intelligent automation to manufacture next-generation products.

At KERONE, we design/manufacture a wide variety of continuous process ovens. Designs include flat conveyor belt style, chain conveyors, Ferris wheel, carousel, overhead trolley, serpentine, chain-on-edge, spindle, slat type, strip cure, print plate, pusher ovens, dog beams, wash-draw furnaces, as well as specialized custom conveyor ovens (Horizontal/vertical).

Every oven is designed only after by carefully studying the client's specific process requirement to develop the heating system that will best fit for the application requirement. We also hold our expertise in designing of conveyorised gas infrared (IR) ovens that uses the efficient gas firing system designed cautiously by the KERONE. The conveyorised gas fired infrared (IR) ovens are manufactured after scrutinizing the speed, heating and cooling zone requirements. Conveyorised gas fired infrared (IR) ovens manufactured are having heating zone control and conveyor speed control mechanism.