Budget-friendly Genlab Large Capacity Multi-purpose Oven With Fan Assisted Up To 250°c (new) [PZIL4DhQ]

Genlab Large Capacity Oven with Fan Assisted

The Genlab Large Capacity Multi-Purpose Oven with Fan Assisted is designed for industrial and laboratory environments, offering a reliable and energy-efficient solution for thermal processing. This oven boasts a range of sizes from 220 to 1280 litres, catering to various drying, heat treatment, and warming applications. With both single and twin door configurations, it provides the flexibility needed for diverse workloads. Its advanced features, including a touchscreen controller and fan-assisted circulation, ensure consistent and precise temperature control, making it an ideal choice for high-performance heating requirements.

Technical Specifications and Features

The Genlab Large Capacity Oven is equipped with Genlab’s advanced touchscreen controller, which offers intuitive navigation and 8-stage profile programming. This user-friendly interface is complemented by a countdown timer, 24/7 clock, and 48-hour historical trending for detailed temperature control and monitoring. All models come with a fan-assisted circulation system for even heat distribution, and high accuracy PT100B duplex sensors ensure precise control. Safety is a priority, with manual or automatic overheat protection features built-in.

Practical Applications and Benefits

Whether in a laboratory or an industrial setting, the Genlab Large Capacity Oven is a versatile tool for a variety of applications. Its robust construction and long-term reliability make it suitable for demanding workflows. With built-in energy metering and excellent thermal stability, this oven is a trusted choice for high-capacity heating requirements. Additional optional extras, such as access ports and calibration traceable to national standards, further enhance its customization and accuracy. The Genlab Large Capacity Oven is perfect for users who need a reliable, high-performance oven capable of handling large volumes and complex processes.