Optimize quality control with next-generation, real-time industrial liquid process monitoring technology

In liquid processing, for example, in the dairy industry, efficient quality control is critical. It is essential to confirm that there are no contaminants in milk batches, such as the remains of CIP chemicals. Traditionally, collecting samples for laboratory analysis has been time-consuming, leading to delays and potential product quality risks. In addition to the logistics of transporting the sample to the laboratory, manufacturers can expect to wait days for results. Meanwhile, the milk has often already been processed into end-products.

However, if a sample’s testing finds the batch to be potentially hazardous, the implications may be huge. Product recalls incur significant costs, from logistics and disposal to legal fees, fines, and refunds. Further to the immediate financial costs, the potential long-term consequences caused by damage to reputation and loss of consumer trust could be capable of crippling even a larger company. This is especially true in today’s digital age, where hazardous products can go viral in a matter of hours and cause lasting reputation damage, impacting sales and profits.

“It takes years to build a great reputation, but only a day to ruin it,” says Julia Vieira, Sales Manager at Collo. “Discarding a batch even partially for quality issues costs financially, but it is much worse if a poor batch slips out because you didn’t catch a problem. Recalling products is expensive and harmful to your reputation – especially if the mistake can lead to health concerns for the consumer. Gaining real-time eyesight into your process, across your production from raw material to finished product, can make a real difference.”

Even after addressing the quality control issues, companies may struggle to regain consumer trust and restore their brand image. Preventing such mistakes through rigorous quality control, adherence to regulations, and proactive risk management is essential to safeguard a company’s financial stability and reputation.

Real-time quality control for any liquid product

With the rise of advanced technologies, comprehensive quality control is easier and cheaper to achieve than ever before. Collo Liquid Analyzer is an efficient and reliable method to ensure companies meet their quality and safety requirements. Unlike traditional laboratory testing, the Collo Analyzer offers instant, in-line analysis of the quality of the liquid.

“Our solution fingerprints liquids and can detect nearly any change in any liquid,” explains Matti Järveläinen, CEO of Collo. “Collo's strength is that it can detect various contaminants and risks from the food or beverage product with one single measurement. These include CIP chemical residues in the product, foreign objects like metal particles, cross-contamination, and even product taste or structure changes.”

Traditionally, quality control in the food and beverage industry is based on collecting samples and sending them to the laboratory, where the results arrive after several days or even weeks. In some cases, there aren’t even any tests available for detecting certain risks. With Collo, a test takes two seconds. The measurement can be done at the site manually by dipping the sensor into the product, or in-line straight from the pipe. There is no need to send samples anywhere; the results are instantly available. This is made possible by EMF technology and the advanced algorithms that power the analyzer, which is the only one of its kind in the food and beverage industry.

“The ‘fingerprint’ of a liquid is compared to what the client requires. If something is off, they know immediately and can take appropriate action. This reduces hazardous mistakes and poor-quality batches," says Matti Järveläinen. "Our end goal is to give organizations the cost-effective tool they need to maintain strict quality control over their liquid processes."

Traditionally, quality control in the food and beverage industry is based on collecting samples and sending them to the laboratory, where the results arrive after several days or even weeks. In some cases, there aren’t even any tests available for detecting certain risks. With Collo, a test takes two seconds. The measurement can be done at the site manually by dipping the sensor into the product, or in-line straight from the pipe. There is no need to send samples anywhere; the results are instantly available. This is made possible by EMF technology and the advanced algorithms that power the analyzer, which is the only one of its kind in the food and beverage industry.

“The ‘fingerprint’ of a liquid is compared to what the client requires. If something is off, they know immediately and can take appropriate action. This reduces hazardous mistakes and poor-quality batches,” says Matti Järveläinen. “Our end goal is to give organizations the cost-effective tool they need to maintain strict quality control over their liquid processes.”

Simplified quality control for larger product portfolios

Due to increased consumer demand, companies must consistently monitor the quality of higher production volumes and larger plant-based product portfolios. While a diverse portfolio can offer market advantages, it also introduces a host of complexities and challenges for quality control. Larger product portfolios lead to increased numbers of quality control tests, and each product variant may have unique specifications, ingredients, and quality standards.

Most currently available systems can only analyze liquids with specific viscosity, transparency, or other characteristics. This often means several different analyzers and sensors are needed at each testing point, which leads to a complex multi-sensor system that is laborious to maintain and still doesn’t arm manufacturers with enough information for comprehensive quality control. As Collo Analyzer can be used with thick liquids, like honey, as well as transparent or non-conductive liquids, such as vodka or milk protein concentrate, only one device is required to measure the quality of all the liquids in the production.

The solution can simultaneously detect multiple risks or deviations, simplifying complex quality control processes by replacing other tests and covering aspects of safety and quality that no other analyzer can manage. This novel technology not only accelerates the quality control process but also empowers manufacturers to take immediate corrective actions when deviations are detected, reducing the risk of costly recalls and ensuring that every batch of products meets the highest quality and safety standards.