Every Cell Counts

Redefining Precision in Cancer Diagnostics & Research

From cancer diagnostics to organoid research, our proprietary FLASH technology unlocks deeper insights at unmatched speed and precision.

Explore Our Solutions
One Technology. Two Breakthrough Applications.

From life-saving clinical diagnostics to advanced lab research – FLASH adapts to your workflow and elevates your results.

Breaking the Diagnostic Barrier

The Current Diagnostic Dilemma

Outdated Methods, Inaccurate Results

Incomplete Metastatis Analysis

Incomplete Metastasis Analysis

The current methods for diagnosing lymph node metastasis have remained unchanged since 1932.

These methods analyze only 0.1% of the lymph node volume, leaving a significant portion unexamined and increasing the risk of underdiagnosis.

Infographic Unable to break the cost barrier

Unable to Break the Cost Barrier

Comprehensive analysis of lymph nodes using traditional methods costs over 2000€ per lymph node.This prohibitive cost prevents widespread clinical adoption and limits access to accurate diagnosis for many patients.

Incomplete Metastatis Analysis

Inaccurate Diagnoses Risk Lives

Studies have shown that up to 40% of cancer patients are underdiagnosed due to the limitations of current diagnostic techniques (Burg et al., 2021).This underdiagnosis leads to improper treatment plans, adversely affecting patient survival rates and quality of life.

What Makes FLASH Unique?

Innovation Meets Practical Application

Full-volume analysis

FLASH scans the entire tissue structure – not just surface slices – eliminating diagnostic blind spots and ensuring comprehensive, data-rich results.

Time & cost efficiency

Our streamlined workflows and automated processing reduce turnaround times and costs without compromising quality – making FLASH viable for real-world implementation.

Lab-ready kits

Pre-assembled, protocol-optimized kits designed for seamless integration into standard lab setups – with minimal hands-on time and maximum output.

Scalable impact

From diagnostics to discovery, FLASH is engineered to scale across clinical, academic, and pharmaceutical environments – without technical barriers.

Breaking the Diagnostic Barrier

The Current Diagnostic Dilemma

Outdated Methods, Inaccurate Results

Tissue 3D

Incomplete Metastasis Analysis

The current methods for diagnosing lymph node metastasis have remained unchanged since 1932.

These methods analyze only 0.1% of the lymph node volume, leaving a significant portion unexamined and increasing the risk of underdiagnosis.

Tissue 3D

Unable to Break the Cost Barrier

Comprehensive analysis of lymph nodes using traditional methods costs over 2000€ per lymph node.

This prohibitive cost prevents widespread clinical adoption and limits access to accurate diagnosis for many patients.

Tissue 3D

Inaccurate Diagnoses Risk Lives

Studies have shown that up to 40% of cancer patients are underdiagnosed due to the limitations of current diagnostic techniques (Burg et al., 2021).

This underdiagnosis leads to improper treatment plans, adversely affecting patient survival rates and quality of life.

Microscope
FLASH for Clinical Diagnostics

Transforming Cancer Diagnostics with Full-Volume Precision

FLASH redefines lymph node analysis: comprehensive, cost-effective, and seamlessly integrable into clinical workflows. Detect more. Diagnose earlier. Improve outcomes.

For Research & Development

Scalable 3D Tissue Analysis Powered by FLASH Technology

Designed for sensitive and scalable 3D tissue culture analysis, the FLASH Organoid Imaging Kit brings the power of FLASH technology into research environments – from academic discovery to pharmaceutical screening ensuring reliable and reproducible results.

3D Tissue Analysis FLASH
Collaborations and Validations

Our Expert Team and Esteemed Partners

Axel Behrens PhD Chief Scientific Officer (CSO) FLASH Tissue Diagnostcs

Axel Behrens, PhD

Chief Scientific Officer (CSO)

Axel is a world-leading cancer researcher, director of the Cancer Research UK Convergence Science Centre, and a professor at both the Institute of Cancer Research and Imperial College London, with numerous prestigious accolades and memberships in Academia Europaea and EMBO.

Hendrik Messal PhD Chief Technology Officer (CTO) FLASH Tissue Diagnostcs

Hendrik Messal, PhD

Chief Technology Officer (CTO)

Hendrik, first author of the groundbreaking Nature publication on FLASH technology and recipient of the 2022 Early Career Research Award by the Biochemical Society, is a leading cancer biologist known for his contributions to 3D whole organ imaging, cancer architecture, and 3D histopathology.

Karim Tabiti PhD Chief Executive Officer (CEO) FLASH Tissue Diagnostics

Karim Tabiti, PhD

Chief Executive Officer (CEO)

Karim is an experienced executive, having served as CEO of Biotype GmbH, led reagent and system business at Immunodiagnostic Systems, and held senior roles at Roche Diagnostics, specializing in product strategy, marketing, and commercialization.

Christine Munz, PhD

Christine Munz, PhD

Advisory Board

Christine is  a seasoned executive with 20+ years in life sciences and diagnostics, currently CEO at Eppendorf and formerly Vice President at Leica Biosystems, specializing in strategic growth and global operations.

Kurt Zatloukal, M.D.

Kurt Zatloukal, M.D.

Advisory Board

Kurt is a former Professor of Pathology at the Medical University of Graz and CEO of Zatloukal Innovations GmbH, is an expert in molecular pathology, biobanking, and biosafety, with over 284 publications and involvement in EU research programs and international standards.

Take Action and Be a Part of the Revolution

Join Us in Transforming Cancer Diagnosis

FLASH Tissue Diagnostics is at the forefront of cancer diagnosis innovation.

Get in Touch