Biomedical Technology

MicroMag Healthcare Limited

🚫 No Website Found 🏢 HKSTP Source
72 Potential

Decision Maker

Mr. Wai Shing Liu
info@micromaghealthcare.com
+852 39437697
Lab Bench 14d-f, Unit 708-716, 7/F, 17W & Cubicle 2 (S41-43, S45), 6/F, Building 17W No. 17 Science Park West Avenue Hong Kong Science Park, Pak Shek Kok, N.T.
Raw Description
Product | We offer a new way of diagnosis by utilising our proprietary microrobotic sensing probe (microrobot). Our first-generation product, QuickCAS, is capable of detecting toxins of C. difficile (a common pathogen in hospitals and healthcare settings) in patients’ stools in just 15-30mins with 4 simple steps. Microrobots will navigate inside patients’ samples to detect toxins and their concentrations, giving the healthcare industry a swift, low-cost, fully automated test. We are expanding QuickCAS as a platform to meet high demand for | ssensing more critical pathogens. || MicroMag Healthcare is dedicated to weaving engineering research and medical applications together. In particular, we focus on preventing infectious disease outbreaks and saving lives by providing instant, easy and accurate diagnoses to clinicians and patients through our innovative microrobotic technology. | Description | Weaving engineering research and medical applications together by providing a novel microrobotic and automated diagnosis platform

Strategic Analysis

Executive Brief

MicroMag Healthcare is a medical technology firm specializing in rapid, automated diagnostics using a proprietary microrobotic sensing platform (QuickCAS). Their technology leverages mobile microrobots to navigate complex biological matrices (like stool samples) to detect pathogens such as C. difficile. They are currently transitioning from a single-pathogen tool to a generalized sensing platform for critical infectious diseases.

Strategic Fit & Lead Score

Lead Score: 72 (Adjacent Tech / Strong Potential)

Why this Score? MicroMag operates at the intersection of Micro-Electromechanical Systems (MEMS) and Electrochemical Sensing. Their "microrobots" likely face two major engineering bottlenecks: electrode fouling (bio-contamination of the sensor) and mechanical wear at the micro-scale. 6C’s Boron-Doped Diamond (BDD) is the world's most robust electrochemical sensing material, offering a "self-cleaning" property and the widest potential window available, which is critical for detecting complex toxins in raw clinical samples without extensive pre-treatment.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Electrochemical Sensing BDD (Boron Doped Diamond) BDD electrodes provide a wide electrochemical window and extremely low capacitive background noise, increasing the Signal-to-Noise ratio for low-concentration toxin detection.
Anti-Fouling Surfaces Diamond Coating/BDD Biological samples (stool/blood) typically "blind" traditional metal sensors. Diamond is naturally resistant to bio-fouling, ensuring the microrobots remain functional throughout the 15-30min test.
Microrobot Structural Integrity PCD/SCD Micro-components For robots navigating viscous fluids, 6C can provide diamond-on-silicon or pure diamond structural layers to prevent mechanical deformation and minimize friction (low CoF < 0.1).
Platform Scalability Custom MPCVD System As MicroMag scales to detect "more critical pathogens," owning a 6C MPCVD reactor allows them to develop proprietary, diamond-functionalized sensing recipes in-house.
Optical Detection High-Purity SCD Windows If the platform utilizes fluorescence or Raman spectroscopy for toxin identification, 6C’s SCD (Ra < 1nm) provides 99% transparency across UV-IR spectra.

Engagement Hooks

  • Technical Question: "How does the QuickCAS platform currently manage electrode passivation or 'surface blinding' when operating directly in complex clinical matrices like stool? Have you considered Boron-Doped Diamond (BDD) to eliminate the need for surface-active cleaning reagents?"
  • Value Statement: "6C can transform your microrobotic probes from disposable sensors into high-precision, ultra-durable diagnostic instruments using diamond thin-films that outperform gold and carbon electrodes in both sensitivity and bio-inertness."