Histopathology Reinvented

We Bring World’s First
Fully Automated
Tissue Preserving
3D Histopathology Platform Into the Clinics.

Our platform focuses on helping pathologists increase their sample throughput from tissue preparation to analysis and answer the most challenging questions in diagnostics with the combination of tissue conserving spatial 3D information and genomics in their daily routine work.

One Click.
One Full 3D Scan.

More tissue insights in less time.

INNOVATION

We Design a Next-Generation Workflow

Sample
Preparation

STEP 1

Based on 13+ years experience in reagent development for light-sheet microscopy, we develop standardized fluorescent histochemical- and immuno-stainings for a swift pre-analytical process. Tissue samples remain intact and can be used for genomics, in each and every case.

Automation
and Digitization

STEP 2

At LIMAA Technologies, we fully automate Sample Preparation and Digitization using Light-Sheet Microscopy reducing Turn-Around-Time by 50% and hardware costs for digitization by 65%.

Digital
Diagnosis

STEP 3

Since digital pictures come for free in our process, we directly augment analysis and quality control of samples in the background, enabling you as a pathologist to do your most important job - diagnosis and saving lives.

SYSTEM

End-to-End Platform

At LIMAA Technologies, we develop a fully automated and scalable tissue preserving end-to-end 3D histopathology platform for your clinical use. The platform allows you to analyze entire tissue specimens without embedding or slicing .

The platform is a first of its kind allowing the visualization of entire tissue samples including downstream genomic analysis, in every routine sample - no matter what size. Due to an increase in sample volume and a general shortage of personnel in the medical field, this platform provides a simple solution for pathologists and clinicians to speed up time to diagnosis and manage ever rising sample throughput requirements.

Your Trusted Partner

What People Say About Us.

"Faster and better diagnostics through technology would contribute to sufficient and effective therapy. The right therapy for the right patient."

Senior Physician
University Hospital

"The sample comes in the morning and the analysis is done till afternoon, it saves a lot of time!"

Medical Director
Laboratory of a Maximum Care Center

"It addresses exactly the right problems: increasingly scarce laboratory resources and pathologists."

Deputy Director and Senior Physician
University Hospital

"I've always been thinking that we need to get rid of the conventional principle of embedding and slicing."

Director of the Institute of Pathology
University Hospital

"I see a field of application for most samples, especially in combination with molecular pathology."

Resident Doctor
Laboratory of a Hospital Network

"The processing of the entire sample in 3D has a great advantage in the area of micrometastases in the sinus or disseminated tumor cells."

Director of Laboratory
Public Hospital

32

Seconds for Visualization

Tissue conserving visualization of entire blocks within seconds based on light-sheet microscope technology and the ability to fully reuse tissue for further biomarker staining or genomics.

100%

Percent Integration

Combination of Visualization and Genomics with full integration into Pathology Workflow and Laboratory Information Management Systems including Track & Trace of sample preparation process, analysis stage, and archiving.

185

Minutes Sample Preparation

Hands-off swift and fully-automated sample preparation for routine lab stainings of entire tissue blocks without the requirement of slicing and transfer of tissue onto glass slides.

25

Computer Vision Algorithms

Direct acquisition of digital pictures and 3D volumes, quality control and guided analysis using state of the art data science and machine learning algorithms to increase accuracy and speed of diagnosis.

PRODUCT

Key Features

Fully Automatic

Replicable & High-Throughput

Avoid Human-Error

Digital Workflow and Diagnosis

High Sensitivity and Specificity

Seamless Integration

Tissue Preserving Analysis

Cover Entire Tissue Specimens

Integration of NGS in Each Sample

Prepared for Future Challenges

Flexible Integration of Assays

Scalable Process

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