Fluorescence imaging

Fluorescence image-guided surgery

Quest Research Devices provides surgeons with real-time perfusion, lymphatic, and tumour visualisation. The platform fits seamlessly into existing OR infrastructure so teams can deliver faster, more confident decisions.

  • Dual-channel fluorescence keeps natural colour context in view.
  • Configurable workflows align with open, laparoscopic, and robotic procedures.
  • Clinical-grade recording captures stills and video for review and training.

Use the Quest Spectrum® according to the instructions for use.

Voice of surgeons

Partnerships built on clinical evidence

Proven expertise

Innovating the market for nearly 15 years

Quest Medical Imaging is part of The Quest Group. For close to fifteen years we have engineered multispectral cameras for demanding environments—from high-stakes industrial workflows to hybrid operating rooms. That legacy translates into dependable, future-ready clinical systems.

Patented optics, multi-sensor architectures, and advanced software pipelines ensure every signal is captured accurately. Hospitals and research centres leverage our platform to scale programmes with confidence.

Core capabilities

  • - Multispectral imaging platforms engineered for scalability
  • - Lifecycle partner services for implementation and adoption
  • - Joint innovation programmes with academic and industry leaders

These are the Quest facts

Hospitals and research centres worldwide partner with Quest for the assurance that every imaging signal is captured, quantified, and supported by enterprise-grade service.

8
Countries in active programmes
21
Clinical trials supported
6
Core surgical disciplines
15
Years of research expertise
Platform engineering

How we do it

Quest Spectrum® starts with a true-colour baseline and layers up to two fluorescence channels, giving researchers reproducible signal fidelity across endoscopic, robotic, or open workflows.

  • Fuse three dedicated sensors into a calibrated composite ready for quantification.
  • Toggle native colour, fluorescence-only, or overlay views to match protocol checkpoints.
  • Low-latency processing preserves spatial integrity during repositioning and repeated measurements.

Implementation in action

Clinical engineering teams immerse with Quest specialists to set protocol-specific profiles, validate signal integrity, and lock in preferred imaging modes. Stabilised optics and rapid turnover keep research-grade data collection consistent while the team stays hands-free.