Unisensor

Food manufacturers and processors operate in an environment where contaminant control is inseparable from commercial continuity. Veterinary drug residues, cross-contamination and process interference threaten not only regulatory compliance but also production stability and supplier relationships. Screening methods must therefore deliver rapid, defensible decisions without creating bottlenecks at intake or within quality assurance laboratories. Executives responsible for food diagnostics testing kits face a balancing act between speed, accuracy and data integrity. Time to result sits at the center of that equation. Intake teams cannot afford protracted laboratory workflows when raw materials arrive continuously. A screening system must deliver clear go or no-go answers within minutes, not hours, while aligning to European maximum residue limits under Regulation (EU) No 37/2010. Sensitivity that exceeds regulatory thresholds may appear prudent but can drive unnecessary rejection of compliant product, increasing waste and cost. Effective solutions calibrate detection levels to screening expectations so that compliant lots move forward and suspect lots are isolated before entering production. Consistency across sites and shifts presents a second pressure point. Large dairy groups and food processors often operate multiple facilities with varying levels of staffing and technical expertise. Variability in manual interpretation or protocol execution introduces risk. A well-designed testing ecosystem reduces subjectivity through standardized workflows, automated incubation and digital result interpretation. Integration into HACCP programs and compatibility with existing laboratory information management systems or enterprise resource planning platforms ensure that each result is logged with sample identifiers, operator data and timestamps, supporting audits and trend analysis. Traceability and connectivity increasingly influence purchasing decisions. Paper-based logs or disconnected readers create gaps in visibility and complicate dispute resolution with suppliers. Modern screening platforms are expected to capture data at the point of testing, transmit it securely and allow quality managers to review performance across locations. Connectivity also shortens the distance between field testing and plant decision-making, enabling upstream control before raw materials reach processing lines. Breadth of detection without complexity is another differentiator. Dairy and food producers must monitor multiple antibiotic families and contaminants that can disrupt fermentation or violate residue limits. Running separate assays on separate platforms increases training requirements and maintenance burden. Systems that use common readers and software across several tests simplify implementation and reduce total cost of ownership, particularly when high throughput is required. Against this backdrop, Unisensor stands out for aligning rapid screening, regulatory calibration and digital traceability within a single ecosystem. Founded in 1997 and headquartered in Liège, it has focused on placing reliable tests at the point where decisions are made, from farm to factory. Its portfolio spans pocket-sized screening tools such as DipSensor for field checks, dual-family detection through TwinSensor, high-throughput automation with Aurox, extended contaminant panels via Extenso and multiplex capability through Beadyplex. Sensitivities are tuned to EU screening levels, and readers capture operator, sample and lot data for direct export to LIMS or ERP systems. European manufacturing combined with local subsidiaries and distributors supports consistent implementation and responsive support. For executives seeking disciplined contaminant control without slowing intake or increasing waste, it represents a considered choice grounded in practical field use and regulatory alignment. ...Read more