MILabs

MILabs

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Private Company

Total funding raised: $10.5M

Overview

MILabs is a developer and manufacturer of advanced preclinical imaging systems, offering a flexible portfolio of SPECT, PET, CT, and optical imaging modules. Acquired by Rigaku in 2021, the company leverages decades of scientific leadership to deliver high-resolution, multimodal platforms that enable researchers to visualize and quantify biological signals with exceptional clarity. Its core value proposition is providing scalable, integrated workflows that reduce experimental variability, support a wide range of study designs, and generate robust, reproducible evidence for academic and pharmaceutical research.

OncologyNeurobiologyCardiovascular

Technology Platform

Modular, high-resolution preclinical imaging platform integrating SPECT, PET, CT, and optical imaging modalities within a unified software workflow for simultaneous or sequential multimodal data acquisition.

Funding History

2
Total raised:$10.5M
Series A$8M
Grant$2.5M

Opportunities

Growing demand for high-resolution, multimodal preclinical data in drug discovery and translational research, particularly in complex fields like neurobiology and immuno-oncology.
The acquisition by Rigaku provides financial stability and potential for global market expansion and cross-selling within a larger scientific instrumentation portfolio.

Risk Factors

Intense competition from established players in the niche preclinical imaging market.
Dependency on research funding cycles and capital equipment budgets at academic and pharmaceutical institutions.
Risk of technological disruption from emerging alternative imaging modalities.

Competitive Landscape

MILabs competes in the preclinical imaging market against large, diversified players like Bruker and PerkinElmer, as well as specialized firms. Its key differentiators are its ultra-high-resolution SPECT capabilities, true simultaneous multimodality (e.g., PET/SPECT) in the VECTor system, and a flexible, modular platform designed for workflow efficiency and reproducibility.