The blueberry sector faces significant challenges that require creative solutions. These challenges include rising costs due to inflation, labor shortages, and slower market price competition. Secondly, adverse and erratic weather conditions directly affect the quality and timing of the harvest. Finally, the end consumer's demand for consistent product quality requires a thorough study and analysis of the entire supply chain, including the post-harvest process of product selection and grading.

All these challenges require varied and effective responses. In this context, MAF RODA Group has focused its development and R&D efforts on designing technological solutions that enable its customers to guarantee a homogeneous final product, with consistent quality over time and a high production rate on the shelves.

NEW intuitive and easy-to-use AI-powered quality analysis software.

The engineering company presents a new software for the analysis of blueberry quality, designed with an intuitive and easy-to-use interface. From a single screen, you can perform all tasks without having to switch windows, accessing at a glance all the information needed to manage the quality system and adjust its parameters as needed.

"You can adjust the selection attributes by simply clicking on a plus or minus button. The company emphasizes this. With this simplification in the management of the quality system, the company seeks to make the daily work of line operators much simpler.

“This new interface can be learned to use in just a few hours. Therefore, an operator who has not previously worked with the production line MAF RODAWith a few hours of training, you'll be ready to operate the system and adjust it to your current needs.They say.

“We have evaluated the new software with some of our current customers, and they've all expressed great satisfaction with the new version and interface, highlighting its ease of adjustment, simplicity, and defect visualization."

In addition, this quality system incorporates Artificial Intelligence, placing the software at the forefront of technology. Thanks to AI, classification is much more accurate and higher-quality results are achieved.

“Our goal as a company is to automation It's always about understanding our clients' biggest problems and trying to minimize them. That's what we're looking for with this new software, solve the concern of obtaining a homogeneous and constant product over time with a solution that is easy and intuitive to use by any operator.”

MAF RODA's new intuitive control software simplifies quality management and increases operational efficiency in post-harvest lines.

Multi-format filler: maximum adaptability and operational efficiency

Complementing its innovative software, MAF RODA has also launched a multi-format filler for blueberries, capable of adapting to different types of small containers, such as clamshells, cups and baskets, of various heights and sizes.

Its versatile design allows for quick and easy hopper adjustments, facilitating the transition between different packaging formats. This provides producers with a flexible and efficient solution capable of responding to the demands of a constantly changing market, reducing downtime, and improving productivity.

MAF RODA's multi-format filler allows you to adjust containers and sizes in minutes, optimizing time and reducing operational losses.

Responding to the challenges of the future

With a clear vision and a firm commitment to innovation, MAF RODA has established itself as a strategic ally for producers of blueberries in a context full of challenges. Its Intuitive software and multi-format filler They not only guarantee quality and efficiency, but also simplify daily work on production lines.

In an increasingly competitive and uncertain market, tools like those offered by MAF RODA allow producers to differentiate themselves and successfully face the challenges of the sector. Technology and automation continue to be key factors for success in the industry blueberry, and MAF RODA continues to lead the way toward more efficient and precise post-harvest.