Micvac vs Cook & Chill
A comparison between two technologies to inform your decision making.
Eliminate tradeoffs with Micvac
Producers of chilled ready meals continually need to balance the equation of shelf-life, quality, profitability and sustainability. The common Cook & Chill technique, while reliable, often imposes constraints on both shelf life and quality that can affect a producer’s bottom line.
Acknowledging the pros and cons inherent in each technology is crucial. This article is not only about weighing the factors involved in transitioning to a new system but also understanding its potential for long-term operational efficiency, profitability, and sustainability. Here, we objectively assess where the Cook & Chill method may fall short and make a case for considering a transition to the Micvac method.
Comparison
Shelf Life
Maximum shelf life of 15 days with MAP and less than 7 days without, leading to higher food waste and less efficient product distribution.
Shelf life of more than 45+ days without the need for MAP or any preservatives. Retains taste, texture, color, and vitamin content.
Vitamin Retention
Significant vitamin loss due to extended heat exposure. Especially when using autoclaves for pasteurization.
High vitamin retention due to fast pasteurization. Fast processing helps retain the natural antioxidant properties of vitamins.
Labor
High labor requirement due to manual handling, resulting in reduced efficiency, higher contamination risk and increased labor costs.
Low labor requirement due to continuous processing and automation throughout the line. Lowering labor costs & contamination risk.
Handling And Safety
Requires batch processing which adds manual handling steps, increasing the risk of contamination and compromising food safety.
In-pack cooking reduces handling steps, minimizing contamination risk, and ensures food safety.
Visual Sensory
Headspace leads to visual and organoleptic deterioration. This means meals need to be displayed flat, which limits shelf presentation options and can detract from their visual appeal to consumers.
Vacuum-sealed meals maintain their visual appeal and color for longer periods, ensuring they look fresh and appetizing.
Economics
Higher production waste and inefficiencies, which increase overall production costs and impacts profit margins.
Significant reduction in production waste and food waste at retail level leading to superior total unit cost economics.
Packaging Requirements
With a shorter shelf life, Cook & Chill packaging is available in flexible formats and materials without the need for high barrier protection. While functional, it lacks the advanced features for extended freshness and product integrity during storage and transport.
The specially engineered packaging comes in various formats with a high barrier function, designed to maximize shelf life and maintain freshness. This packaging is optimized for resource efficiency and ensures product integrity throughout storage and transport.
Sustainability and Efficiency
High water & energy usage due to low automation and batch processing. This leads to increased resource consumption and higher operational costs.
In-pack cooking and pasterurization in continuous processing lowers resource consumption in terms of water and Energy. Coupled up with a fully recyclable packaging.
Conclusion
Micvac stands out as the clear leader for food producers aiming to deliver high-quality chilled ready meals. With its extended shelf life, labor savings, nutritional integrity, and environmental benefits, Micvac offers a comprehensive solution that Cook & Chill methods simply cannot match. By choosing Micvac, you are not just choosing a superior technology; you are choosing a partner committed to your product’s success and sustainability.
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Ready to make the switch to a more efficient, profitable and sustainable ready meal production process?
Contact us today to learn more about Micvac’s revolutionary technology and to schedule a demonstration.