The problem of labor shortages is one facing many developed countries, but in Japan – where over 65s now account for some 30% of the population – the problem is now particularly acute, with the nation said to be short of more than 600,000 workers. Technology offers one solution, and JBT is highlighting innovative, labor-saving systems at FOOMA 2022, Japan’s international food industry exhibition, which runs until June 10.

Visitors to the JBT booth in the Tokyo Big Sight exhibition center will have a chance to see how semi- and fully-automatic machines are helping Japanese protein processors cope with staff shortages, while helping improve both efficiency and hygiene. 

Innovative portioning
One such solution is the DSI Waterjet Portioning System, a precision machine for intense, high-accuracy cuts, which uses a next generation scanner for effortless all-in-one fat trimming, weight-based portioning, and nugget generation. Designed for high volume portioning, the DSI Waterjet Portioning System gives processors the ability to mix and match products and orders on any given day.

Optimizing efficiency
Similarly, the Frigoscandia GYRoCOMPACT 70 Spiral Freezer, the latest in the best-selling range of GYRoCOMPACT freezers, features a 100% cleanable, open-profile self-stacking spiral design, including an improved FRIGoBELT® Nova for optimizing efficiency, capacity and layout flexibility.

The GYRoCOMPACT 70 also features significant environmental improvements, including an increased capacity of up to 20% over a smaller space and a reduction in oil consumption of as much as 75%.

For end-of-the-line packaging, JBT Proseal offers an extensive range of manual, semi-automatic and fully-automatic tray sealing machines with throughputs from 6 to 240 packs per minute. In addition, all tray sealing machines in Proseal’s range are capable of modified atmosphere packaging.

JBT will be exhibiting at FOOMA 2022 in Booth 6C-55, Hall 6 at Tokyo Big Site, Japan until June 10.

Request more information about JBT’s solutions for Asia-based processors