Advanced optical solutions, from imaging to diagnostics applications

Life science innovation increasingly depends on integrated systems capable of imaging, analyzing, and processing complex biological samples with speed and precision. Organizations face growing demands for automation, reliability, regulatory compliance, and scalable manufacturing, from early research instruments to market-ready diagnostic devices. We support these challenges through multidisciplinary system development, combining advanced optics, mechanical engineering, automation, and software integration. From optical subsystems to fully automated instruments, including CDMO, product development, and manufacturing services, we design solutions to accelerate innovation while ensuring performance and scalability.

Engineering and optical support through CDMO development

Our experts support CDMO development by providing tailored optical and engineering solutions across key project phases, from design and prototyping to integration and validation.

Certified to ISO 13485:2016, Verhaert’s quality management system delivers medical-grade precision and regulatory compliance throughout the entire product lifecycle.

Where precision optics drive innovation

In a sector defined by long development cycles, strict regulatory pathways, and high scientific complexity, precision is critical at every stage. From molecular characterization and process monitoring to quality control and scale-up, advanced instrumentation and integrated technologies are essential for generating reliable data, ensuring reproducibility, and accelerating the path from research to clinical validation and market approval. We design and manufacture advanced optical modules and analytical instruments integrated into life science equipment, enabling high-resolution imaging, label-free analysis, and real-time monitoring of biological processes in research and bioproduction environments.

Cell imaging, therapy, live-cell analysis & regenerative medicine • Bioprocess monitoring • Cancer research & histopathology • Biopharma manufacturing • Single-cell manipulation & microfluidics • Drug discovery & screening 

In a sector defined by long development cycles, strict regulatory pathways, and high scientific complexity, precision is critical at every stage. From molecular characterization and process monitoring to quality control and scale-up, advanced instrumentation and integrated technologies are essential for generating reliable data, ensuring reproducibility, and accelerating the path from research to clinical validation and market approval. We design and manufacture advanced optical modules and analytical instruments integrated into life science equipment, enabling high-resolution imaging, label-free analysis, and real-time monitoring of biological processes in research and bioproduction environments.

Cell imaging, therapy, live-cell analysis & regenerative medicine • Bioprocess monitoring • Cancer research & histopathology • Biopharma manufacturing • Single-cell manipulation & microfluidics • Drug discovery & screening 

Developing devices that diagnose, monitor, or treat patients requires precision engineering, robust integration, and strict regulatory compliance. Imaging systems, surgical instruments, implants, diagnostic tools, optical and cytometry systems, as well as wearable or self-monitoring devices, all demand reliable measurement, reproducible operation, and seamless performance from prototype to clinical use. Integrated instruments and systems are essential to ensure safety, accuracy, and scalability throughout design, validation, and production. Our experts design and manufacture custom optical subsystems, readers, and imaging modules that integrate into medical devices, laboratory equipment and diagnostic instrumentation.

Diagnostic & analytical instruments • Medical imaging & measurementPoint-of-care & decentralized devices • OEM medical equipment

Delivering reliable diagnostic results requires instruments and systems that can handle high volumes, process diverse biological samples, and deliver precise measurements consistently. From laboratory assays such as PCR, immunoassays, and cytometry tests to rapid point-of-care cartridges, every diagnostic device must combine accuracy, automation, and reproducibility while complying with strict regulatory frameworks. Integrated solutions ensure sample handling, measurement, and data interpretation are seamless, supporting clinical decision-making and scalable testing across human, veterinary, and food applications. Our team designs and manufactures optical subsystems and integrated modules that enable accurate detection, measurement and data acquisition in diagnostic systems.

Drug screening & development • Bacterial detection & antibiotic resistance • Personalized medicine • Point-of-care diagnostics

Delivering reliable diagnostic results requires instruments and systems that can handle high volumes, process diverse biological samples, and deliver precise measurements consistently. From laboratory assays such as PCR, immunoassays, and cytometry tests to rapid point-of-care cartridges, every diagnostic device must combine accuracy, automation, and reproducibility while complying with strict regulatory frameworks. Integrated solutions ensure sample handling, measurement, and data interpretation are seamless, supporting clinical decision-making and scalable testing across human, veterinary, and food applications. Our team designs and manufactures optical subsystems and integrated modules that enable accurate detection, measurement and data acquisition in diagnostic systems.

Drug screening & development • Bacterial detection & antibiotic resistance • Personalized medicine • Point-of-care diagnostics

Ensuring food safety and quality requires rapid, reliable, and sensitive detection systems capable of monitoring complex products and processes. From pathogen screening and contamination analysis to inline quality assessment and process control, precise measurement, automation, and reproducible detection are essential to protect consumers, optimize production, and comply with regulatory standards. Our high-tech engineers design and manufacture advanced optical, microfluidic, and automated instruments that enable fast, accurate, and scalable testing for food safety, quality control, and process monitoring.

Bacterial detection & screening • Quality & process control • Metrology • Traceability & regulatory compliance

Our technology portfolio

Raman

Cytometry

Microscopy

Metrology

Spectroscopy

Fluorescence

Hyperspectral

Automation

Microfluidics

Raman Cytometry Microscopy Metrology Spectroscopy Fluorescence Hyperspectral Automation Microfluidics

Let’s turn your vision into scalable market-ready instruments!