AnyScan® S

Flexible system for all routine SPECT, Whole Body & planar examinations

Starting camera for your nuclear medicine department with onsite upgrade possibilities of CT and PET modalities. AnyScan® S camera is your cost-effective solution for basic NM examinations. Moreover, due to its flexible detector configuration, special studies can be performed quickly and easily with precise positioning and intuitive system use. The camera has an integrated acquisition system with guided protocol sets.

Features & Benefits

Flexible detector configurations

180°, 102° or 90° relative angle detector positions
540° gantry rotation
Acquisition in PA and AP positions with standing patient at the same time
Examination of patient sitting on wheelchair or sitting on a chair between the detectors or on the side with the detector surface pointing to the outside
Acquisition on gurney in supine and semi-supine position
Cardiac acquisition with online body-contouring

Wide selection of collimators

Mediso offers the widest selection of collimator types in the industry
Large number of low energy collimators providing highest sensitivity or highest resolution
Best trade-off performance between resolution and sensitivity

Half-time / Half-dose imaging

Applied Tera-Tomo™ 2D and 3D image reconstruction offers activity reduction for your clinic while maintaining similar image quality. Depending on the clinician local preference, shorter acquisition time, or much reduced injected dose is possible with our Tera-Tomo™engine.

Outstanding NEMA specification

HP (High Performance) and UHP (Ultra High Performance) detectors guarantee high resolution SPECT images with industry standard NEMA measurements
Next to the excellent intrinsic parameters, best system performance is ensured
The correct choice of the collimator ensures the best trade-off between sensitivity and resolution.

Intuitive Acquisition System

The Nucline™ acquisition software ensures intuitive and fast image acquisition workflow in the everyday routine environment
Protocols may be customized while Nucline™ offers default solutions
Pre-defined factory settings for all NM examination types
User interface available from touchscreen and from control room
User friendly software
Unlimited options of advanced functions to customize your system
Parallel workflow during patient scan

Fast collimator exchange

Software guided, fast dual collimator exchange method in a space saving upright position.
Simultaneous exchange of both collimators, same sequence for all collimator types - even for High Energy
Easy steps for the operator, guided from the Nucline™ acquisition software

Applications

Whole Body Planar Tektrotyd Scan

Whole body Planar Tektrotyd scans of a 65 years old male patient with Endocrine pancreas carcinoma. Multiple somatostatin receptor expressing metastases revealed in liver and bones.

Collimator: LEHR
Radiotracer: ^99mTc-Tektrotyd
Applied dose: 412 MBq
Acquisition: 13 cm / min
Uptake time: 1h and 4h

3-phase Bone

47 years old female patient with a history of right knee pain and increased synovial fluid. Increased uptake is seen in the right knee in all three phases.

Collimator: LEHRHS
Radiotracer: ^99mTc-MDP
Applied dose: 579 MBq
Acquisition: Phase I (dynamic perfusion): 2min
Phase II (static blood-pool): 3 min
Phase III (WB planar- bone tissue): 15 min

Dynamic Kidney

28 years old subject is a candidate for kidney donor. GFRs are in healthy range, but the right renal function is slightly decreased.

Collimator: LEHR
Radiotracer: ^99mTc-DTPA
Applied dose: 190 MBq
Acquisition: 60x1 sec perfusion and 116x10sec function multiphase images

Gated stress/rest myocardial perfusion SPECT

Stress/rest Myocardial Perfusion Imaging (MPI) study of a 73 years old patient with stable apical, inferior and infero-lateral perfusion defect.

Radiotracer: ^99mTc-MIBI
Injected dose: 300-300 MBq (two-day protocol)
Acquisition: gated SPECT, 8 frames
Body-contouring: enabled

Hand perfusion scintigraphy

Hand perfusion image of a 34 years old patient with Raynaud syndrome. Symmetrical decreased perfusion was revealed on the fingers II-V of both hands. Images acquired with external detector configuration.

Collimator: LEHR
Radiotracer: ^99mTc-DTPA
Injected dose: 410 MBq
Acquisition: 60 x 1 sec dynamic images then 180 sec static image