Diagnostics manufacturing and laboratory automation require tightly coordinated systems that bring together devices, consumables, sample handling, and data infrastructure- often under high-throughput, time-sensitive, and highly regulated conditions. As diagnostic technologies evolve and volumes scale, maintaining process control, traceability, and data integrity across complex workflows becomes increasingly critical.

PAR Systems designs custom automation platforms that support diagnostic device manufacturing and lab automation environments where standard equipment and fixed workflows fall short- delivering repeatable performance, reliable throughput, and robust system integration across diagnostic applications.

PAR designs lab automation platforms that integrate motion, robotics, vision, and data connectivity- supporting high-throughput diagnostic workflows when off-the-shelf lab equipment cannot support upstream or downstream process steps, or when custom integration with LIMS, MES, or ERP systems is required.

Manufacturing point-of-care diagnostic devices requires precise handling of small, highly sensitive components; tight control of bonding, sealing, and fluidic processes; and consistent alignment of sensing elements. As production scales, maintaining repeatability, traceability, and data integrity becomes critical to ensuring reliable test results and regulatory compliance.

Beyond traditional cartridge-based diagnostics, point-of-care testing is increasingly extending into wearable and patient-connected diagnostic platforms– including systems that continuously acquire, process, and transmit physiological data at the point of use.

PAR designs automation platforms that enable scalable, validated production of diagnostic cartridges. By integrating precision motion, vision, electronics handling, and laser processing, our solutions deliver repeatable accuracy, robust process control, and seamless integration into diagnostic and point-of-care workflows.