Automation technologies for fish processing and production of fish products

V I Komlatsky, Y A Kozub

Journal of Physics Conference Series · 2019 · 33 citations · 4 references

DOIFull text

Open access

Concepts

TL;DR

Fish processing lags behind other industries in automation, yet modern technologies equipped with automatic control systems can enhance product quality. The study seeks to expand automation in fish processing by analyzing design challenges, describing implementation strategies, and outlining future trends. Automated systems perform the full processing chain—receiving, freezing, sorting, cutting, washing, salting, drying, smoking, pressing, cooling, packaging, and storing—using specialized robotic units with microprocessor control. Robotic automation reduces production costs and improves product quality.

Abstract

Abstract The fish processing industry applies a small number of automation technologies compared to other industries. Their number should be increased despite automated food processing problems and hygiene requirements. Automation and implementation of robots can reduce production costs and improve product quality. The issues of designing automation systems for the fishing industry are analyzed. Automatic control systems can control quality of fish and fish products. Automated systems receive, freeze, sort, cut, wash, salt, dry, smoke, press, cool, package and store fish and fish products. Modern technological tools are equipped with automatic control systems. Some of them include specialized automation and robotic units equipped with microprocessor control systems. Application and implementation of automation systems for processing fish are described. Future trends are discussed.

References

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