Biomedical Technology

Hong Kong Cyclotron Laboratories Limited

šŸŒ Official Website šŸ¢ 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 | Positron Emission Tomography (PET) is a medical imaging technology useful in diagnosis, staging and monitoring of treatment effects in many diseases including cancers. Patients are injected with a PET radiopharmaceutical and scanned using a PET -CT scanner. The PET radiopharmaceuticals localize in different tissues/ organs of the body based on the biochemical changes due to difference diseases stage. A typical example is 18F-Fluorodeoxyglucose (18F-FDG), which is a radioactive glucose analogue. Since cancer cells consume large amount of glucose to support their fast metabolism, they can be imaged as intense spots with high uptake of 18F-FDG. As chemotherapy suppress tumor cells metabolism and growth, their 18F-FDG uptake will be lower after therapy. A such , clinicians are able to diagnose cancers and monitor treatment of cancers. || Hong Kong Cyclotron Laboratories Limited (HKCL) was established on January 23rd 2006 as a radio-pharmaceutical manufacturer specializing in PET drugs such as FDG. HKCL, together with its SUbsidiary, operates one of the largest PET radiopharmacy distribution network in Hong Kong with delivery service of PET drugs to hospitals, clinics, and imaging centers. | We are the first Hong Kong cyclotron and radio-pharmaceutical production laboratory that is built outside a hospital setting. We are also the first cyclotron facility in China region that employs a fully automated hand free robotic arm for PET drugs dispensing, further cutting down radiation exposure and human errors.

Strategic Analysis

Executive Brief

Hong Kong Cyclotron Laboratories Limited (HKCL) is a leading regional manufacturer and distributor of Positron Emission Tomography (PET) radiopharmaceuticals. Their core operations involve high-energy particle acceleration via cyclotrons to produce isotopes (like 18F) and complex automated radiochemistry for drug synthesis. Their technical environment is characterized by extreme thermal loads, high radiation flux, and the need for ultra-high purity in pharmaceutical production.

Strategic Fit & Lead Score

Lead Score: 68/100

  • 60-79: Adjacent Tech (High Power Electronics, Radiation Environments, Specialized Sensors) -> Strong potential.

Why this Score? While HKCL is a pharmaceutical company, their underlying infrastructure (Cyclotrons) relies on physics-heavy engineering. Cyclotron targets and beam windows are notorious for thermal failure. Furthermore, the synthesis of radiopharmaceuticals requires robust, radiation-hardened sensing equipment. 6Cā€™s Diamond technology can significantly extend the uptime of their particle accelerators and provide next-generation in-line sensing for their robotic dispensing systems.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Cyclotron Beam Windows PCD Diamond Membranes Diamond's high thermal conductivity and radiation hardness allow for thinner, more durable windows that withstand higher beam currents without melting or deforming.
Target Thermal Management PCD Heat Spreaders Dissipate extreme heat generated during proton bombardment of target enriched water/gas; thermal conductivity >2000 W/mK (5x Copper).
Radiochemical Sensing BDD (Boron Doped) Electrodes Real-time electrochemical monitoring of isotope concentration and chemical purity in harsh, radioactive, and acidic environments where standard sensors fail.
Radiation Detection SCD Electronic Grade Diamond High-mobility single crystal diamond for solid-state radiation detectors; superior signal-to-noise ratio and longevity compared to Silicon in high-flux areas.
Process Purity 9N Purity H2 Generators Ensure the highest grade of carrier/reactant gas for radiochemical synthesis, meeting stringent pharmaceutical GMP standards for injectable drugs.

Engagement Hooks

  • Technical Question: "What is the current failure rate or replacement interval for your cyclotron target foils? We have found that transitioning from Tantalum or Havar to PCD-coated substrates or pure Diamond membranes can allow for 30-50% higher beam currents without thermal degradation."
  • Value Statement: "6C can help HKCL increase isotope yield and reduce downtime by applying ultra-high thermal conductivity diamond coatings to your cyclotron targets and providing radiation-hardened BDD sensors for automated quality control."