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PET Dose Dispensing
Manual Dose Injector
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The Manual Dose Injector is designed to reduce exposure when capping or uncapping syringes and injecting radionuclide. It is especially useful to protect fingers when administering high-energy nuclides. The injector is also useful when the injection protocol is a slow infusion as with Zevalin™. The Manual Dose Injector features a spring-loaded clamp to hold the syringe barrel firmly in place. There is a 1” thick lead base to protect hands.
Specifications:
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Dimensions: 29 (W) x 12.7 (D) x 27cm (H)
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Base shielding: 2.5cm thick lead
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Plunger shielding: 1.25cm thick tungsten
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Finish: durable powder coat paint
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Adjustable: 0° to 45° angle
- Weight: 3.8 kg.
Combine the dose drawing syringe with the dose drawing arm and the Manual Dose Injector for the safest and best PET dispensing system available. |
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| Tungsten PET Vial Shield and Dispensing System
| The InMed Tungsten PET dispensing system consists of a rotating Tungsten vial shield that is fully removable from its cradle. The Tungsten shielding provides a higher degree of protection than conventional lead whilst also being lighter. In addition to the vial shield this system also comes with PET syringe shields for drawing up isotope and patient administration. |
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| PET Dose Dispensing Swing Arm System
| Ideal for dispensing unit doses and QC samples from bulk vials, the proprietary design of the PET Dose Dispensing Arm System supports vial shields and allows quick and effortless positioning of specially designed Capintec tungsten syringe shields. Employing a 511 “L” block body shield and 20.32cm x 20.32cm x 10.16cm high density 5.2g/cm Pb glass for accurate volumetric determination during dose drawing. |
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| PET Dose Drawing System
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The Dose Drawing System is used to safely draw FDG F-18 doses from a vial. It consists of a specially designed Dose Drawing Syringe Shield, Vial Shield and stand. When drawing FDG F-18, the Vial Shield and Syringe Shield remain on the stand. The stand allows the Vial Shield to rotate and has a fixed stop at the 45- degree downward angle. The Vial Shield is constructed of 2.54cm lead encased in steel. The shield’s top is threaded to allow quick insertion and removal of vials. The top cover incorporates a pivoting shield for septum access that allows the use of a vent needle, if desired, along with the needle from a 5 cc syringe.
 Download the PET Dose Dispensing PDF
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PET Dispensing System
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The PET dispensing system consists of two main parts. One is a solid tungsten vial pig that also serves as a shipping container with 35mm thick walls to reduce 98% of 0.511 Mev radiation. Another is a stainless steel rotary support with 360º horizontal and vertical rotation capabilities.
Specifications:
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Up to 30mk vial can be loaded
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35mm thick tungsten shield walls
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360º horizontal and vertical rotation
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Dimensions: 30 (H) x θ20cm base
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Weight - 20kg.
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PET Dose Pig
| The PET dose pig is designed for FDG unit dose during the shipment and injection. The complete ‘PET Dose Pig’ set includes a syringe shield, main body shield, head shield, bottom shield and removable handle.
Specifications:
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22mm well thickness of tungsten for the main body shield
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Suitable for 3cc and 5cc syringes
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Removable hand holder and hook for easy shipment
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Dimensions - 22.5 (H) x θ58.5cm
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Weight - 6kg.
Download the PET Dose Dispensing System/PET Dose Pig
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Dose Drawing Arm
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A steel base plate (.635cm thick) provides a solid work surface and a secure platform for positioning an L-Block Shield and other shielding structures. The spring-loaded arm bolts securely to the base, and may be set up for left or right-sided use. The Counterbalanced Arm supports the combined weight of the vial pig, the arm’s shielding canister, and the tungsten drawing cover. The canister may be tilted without restriction (360°) for total freedom in positioning the vial. The counterbalance effect of the arm eliminates awkward lifting and positioning of heavily shielded vials. Fingertip pressure is all that is needed to lift, swing, or tilt the loaded canister and cover throughout all phases of the drawing procedure. Locking mechanisms are provided to hold the arm at any elevation, and to secure the shielded vial at any degree of tilt.
Download the Dose Drawing Arm PDF
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