Electronics

BioLabIda COMPANY LIMITED

🌍 Official Website 🏢 HKSTP Source
68 Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
Product | The Bacterial Growth Monitor revolutionises bacterial culture monitoring in biomedical research labs by providing in situ, real-time tracking of bacterial growth in liquid culture, eliminating the need for conventional spectrophotometers. This product dramatically simplifies the workflow, allowing researchers to focus on science rather than logistics. With this product, scientists can expect precise data collection that enhances experimental outcomes and accelerates discoveries. | Technology | Traditional desktop spectrophotometers measure the optical density of bacterial culture using a specific wavelength. In contrast, our innovative design incorporates a spectrum chip that replicates this measurement process with enhanced efficiency. The compact size of the spectrum chip enables us to redesign the electronic system, making the device portable and adaptable to the culture environments. By integrating an IoT framework, the system allows for real-time, remote monitoring of bacterial growth. Moreover, the spectrum chip provides the capability to measure not only optical density but also other critical parameters simultaneously. This versatility extends the device's applications beyond bacterial culture to other use cases, such as suspension cell cultures, etc. || Our company was established in 2020 in Hong Kong, specialising in developing novel biomedical research equipment. Currently, we focus on the R&D work of a real-time bacterial growth monitor in liquid culture, to eliminate the need for conventional spectrophotometers. Beyond creating equipment, we're building a comprehensive laboratory ecosystem designed to accelerate biomedical research step by step. We envision a future where breakthroughs occur more rapidly, research outcomes improve, and the global scientific community thrives on innovative advancements. | Description | BioLabIda (pronounced as /baɪɒlə‘bi:də/), is a Hong Kong-based technology startup forging the future of biological scientific discovery. We not only develop precision apparatus to streamline experiments but also engineer next-generation equipment that addresses critical research challenges. With an unwavering commitment to excellence and a passionate team, we are poised to revolutionize the field of biomedicine.

Strategic Analysis

Executive Brief

BioLabIda is a Hong Kong-based biomedical startup specializing in portable, IoT-enabled instrumentation for real-time bacterial growth monitoring. Their core product utilizes a "spectrum chip" to replace traditional desktop spectrophotometers, allowing for in situ optical density (OD) measurements and multi-parameter analysis within liquid cultures.

Strategic Fit & Lead Score

Lead Score: 68 (Adjacent Tech / Strong Potential)

Why this Score? BioLabIda is transitioning from simple optical monitoring to multi-parameter sensing in complex, corrosive biological environments. Their "spectrum chip" and IoT sensors face two primary engineering bottlenecks where 6C Diamond excels: bio-fouling (protein/bacteria adhesion) on optical surfaces and electrode degradation during long-term electrochemical sensing. As they expand their "comprehensive laboratory ecosystem," the need for chemically inert, high-sensitivity materials like Boron-Doped Diamond (BDD) becomes critical.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Multi-Parameter Sensing BDD Electrodes (Boron Doped Diamond) Enables the "other critical parameters" mentioned in their roadmap. BDD offers the widest potential window for detecting metabolites, pH, and dissolved O2 with zero polar-surface fouling.
Optical Windows SCD / PCD Optical Grade Diamond has the widest spectral transparency (UV to Far-IR). Replacing glass/plastic windows with diamond ensures 100% chemical resistance to autoclaving and harsh sterilization agents (e.g., 70% Ethanol, Bleach).
Anti-Fouling Coatings Custom Thin-Film MPCVD Coating Directly coat their "spectrum chip" or probes with a nano-crystalline diamond layer. Diamond's low surface energy prevents bacterial biofilm buildup, ensuring OD accuracy over long-duration cultures.
Thermal Management PCD Heat Spreaders As they miniaturize the electronic system for IoT portability, high-density processing creates heat. Diamond spreaders (2000 W/mK) allow for fanless, sealed designs suitable for humid incubators.
R&D Scale-up Custom MPCVD Reactor As BioLabIda expands into bespoke sensor manufacturing, 6C can provide the reactor and process recipes to bring diamond-based sensor production in-house.

Engagement Hooks

  • Technical Question: "Your spectrum chip enables in situ monitoring, but how does BioLabIda currently mitigate sensor drift caused by biofilm accumulation on the optical interface during 48-hour+ bacterial growth cycles?"
  • Value Statement: "6C can transform your spectrum chip into a multi-modal sensor using Boron-Doped Diamond, allowing you to measure metabolic markers and pH simultaneously with optical density, all on a single, indestructible bio-interface."