— END-TO-END CAPABILITIES
Radiopharmacy & Dispensing Systems
Certified shielded transport carts, containers, and mobile barrier shields for safe clinical handling.
Bridging the gap between the hot lab and patient injection with uncompromised exposure control.
Dose Delivery & Logistics
Comprehensive shielding solutions for automated hot cells, laminar flow hoods, and sterile compounding environments.
Engineering maximum radiation safety during high-activity isotope synthesis and precise dose dispensing.
Diagnostic & Therapy Rooms
Custom engineered heavy-duty lead doors, radiation viewing windows, and structural shielding panels.
Turnkey architectural protection tailored for high-energy PET/CT, SPECT, and radionuclide therapy suites.
Heavy lead-lined waste bins, decay storage cabinets, and complete containment systems.
Meeting the strict compliance standards for safe temporary storage and decay of medical radionuclides.
Radioactive Waste Management
Four environments, four shielding profiles
Tc-99m and I-131 dose preparation
SPECT isotopes demand lead-composite syringe shields with calibrated bore tolerances. Wall thickness is specified per vial activity level, not as a catalogue default.
Products: Syringe Shields, Vial Shields, L-Block Shields. Material: lead composite, 3–6 mm wall. Validated geometry for high-volume dispensing cycles.
F-18 and Ga-68 high-energy handling
511 keV annihilation photons require tungsten shielding. We machine tungsten bodies to sub-millimeter tolerances — lead composite is not substituted for dose-rate reasons.
Products: Tungsten Syringe Shields, Shielded PET Containers, Operator Shieldings. Material: 97% pure tungsten alloy. Geometry tested in active PET/CT centres.
Specified material, not assumed
Lead composite shielding
Tungsten alloy shielding
Compounding and isotope handling
F-18, Ga-68, Zr-89 isotopes. 97% tungsten alloy bodies. Compact geometry for dose calibrators, PET dose dispensers, and transport containers in high-throughput suites.
Multi-isotope environments. Shielded containers, lead storage pots, and operator shieldings sized to compounding bench footprints — sterilization-cycle rated.
Tc-99m, I-131, Lu-177 isotopes. 3–6 mm lead composite walls. Syringe shields, vial shields, L-blocks, and operator screens — geometry per dispensing protocol.
Tell us your isotope, volume, and workflow
We review your department's dose-rate data and dispensing protocol before recommending a geometry. No catalogue assumptions.