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Water Immersion Retorts - RTD Beverage Retort Solutions

Allpax Water Immersion retorts lead the RTD beverage industry in reliability, process efficiency, and serviceability. These retorts offer complete turnkey beverage solutions, tailored to your needs. Allpax specializes in designing and building custom automated retortable beverage lines, using rotary agitation to mix products through container headspace, resulting in shorter cycle times and higher product quality. For integrated material handling, Allpax is your one-stop shop. As a leading in-house manufacturer, Allpax offers comprehensive solutions for can, glass, plastic bottle, and pouch beverage lines. Our water immersion retorts are meticulously designed to handle all container types, focusing on heat-sensitive products like dairy-based drinks. Rotational processing within these retorts further enhances product quality and process efficiency. Built for reliability and safety, Allpax water immersion retorts feature Allen Bradley-powered controls and durable 15-inch touchscreen HMIs. Available with manual or automatic quick-opening doors, these retorts ensure even temperature distribution and optimal come-up times. Whether in static or rotary design, Allpax retorts deliver top-notch performance for your retorting needs. For more on our water immersion retorts, visit Allpax at www.allpax.com.

Additional Videos

Production Shaka Retort - Agitation Demonstration

The new Allpax Production Agitating Shaka retort is the latest in the Allpax line of agitating retorts. The production capacity Shaka retort allows for a full-size basket of product to be run.

Production Gentle Motion Retort - Water Spray Demonstration

Offering a compact mechanical design, improved convection heating, a reduced cycle time in heating and cooling phases, and eliminated product surface burning. This system is specifically designed by Allpax.

Shaka vs. Static Heat Penetration Comparison

The Shaka process provides improvements in production with dramatic cycle time reduction and increased throughput. Improved product quality and better nutrient retention are afforded through reduced thermal burden with rapid heating and cooling steps.