AACR Annual Meeting 2026

Event Name AACR Annual Meeting 2026
Dates April 17-22, 2026
Venue San Diego Convention Center | San Diego, CA | Booth #1923
Official site AACR Annual Meeting 2026

 

Advancing cancer research depends on understanding how individual cells behave and interact, both within tumors and as part of a larger biological system. For decades, Hamamatsu has provided imaging solutions that give researchers access to this microscopic cellular environment, whether through scientific cameras or advanced imaging systems.

 

Visit us at the 2026 AACR Annual Meeting and let us introduce you to our flagship imaging products and our team. Our product lineup includes ORCA scientific cameras, MoxiePlex, a multiplex immunofluorescence imaging platform, and CytoQube, a live-cell fluorescence microplate cytometer.

 

Our experts look forward to discussing how MoxiePlex can support translational research in pathology and oncology by enabling detection of multiple fluorescent biomarkers within a single tissue section. You can also learn how our ORCA-Quest2 qCMOS camera, with the sensitivity and speed required for qubit state detection in quantum computing systems, is enabling advanced imaging of cellular processes such as vesicle tracking, metabolic disruption, and cytoskeletal dynamics, all areas closely tied to tumor biology. And we can show how CytoQube images entire plates of cultured cells in 3D for high-throughput drug screening and cell-based assays.

 

Our imaging technologies are designed to drive discovery, and our team is here to help researchers navigate the journey.

Featured products:

Moxieplex multi-spectral imaging system

The MoxiePlex Multi-spectral imaging system captures high-resolution images of entire tissue samples stained with multiple fluorescent dyes. These images support spatial proteomics workflows and accelerate translational research in drug discovery.

cyteqube product photo

CYTOQUBE is a Light-Sheet Microplate Cytometer that performs high-speed fluorescence imaging and analysis for both 2D and 3D cell-cultured samples. It is capable of scanning 1536, 384 and 96 well microplates, acquiring whole-well 3D fluorescence images.

Hamamatsu's scientific cameras are renowned for their high sensitivity, low noise, and excellent image quality, making them ideal for a wide range of applications in fields such as biology, physics, and material science. These cameras utilize advanced sensor technologies, including CCD and CMOS, to capture detailed images in low-light conditions.

Hamamatsu Photonics KK has developed a novel 3D fluorescence scanning method called "Zyncscan".