Germany - Gamma cameras

Description

The invitation to tender is for the supply of a high-resolution SPECT-capable double-head gamma camera for the Clinic for Nuclear Medicine and Clinical Molecular Imaging (Director Prof. Dr. Christian la Fougère) at the University Hospital of Tübingen as well as the provision of associated services (project management, installation, training and commissioning) and services over a minimum contract period of 8 years (conclusion of a full service contract).
The invitation to tender is for the supply of a high-resolution SPECT-capable double-head gamma camera for the Clinic for Nuclear Medicine and Clinical Molecular Imaging (Director Prof. Dr. Christian la Fougère) at the University Hospital Tübingen as well as the provision of associated services (project management, installation, training and commissioning) and services over a minimum contract period of 8 years (conclusion of a full service contract). Minimum requirements (A criteria):- Basic components: Gantry with patient-friendly design, motorized adjustable patient couch, high-performance control and evaluation console, SPECT acquisition functions, ECG trigger, 2 large-field detectors (min. 53 cm x 38 cm) and high resolution as well as all accessories required for the functions listed below;- Dismantling and return of the old device "Symbia S" (Siemens, 2005), if necessary disposal;- Installation of the new device in the room of the old device. This room is suitable for a pure SPECT system;- Suitability for examinations for diagnostics and therapy control in the following body regions Thyroid gland, kidney, skeletal system, brain, heart, lungs;- Suitability for whole body scintigrams, dynamic images, individual images and SPECT examinations;- Suitability for examinations of sitting (wheelchair) or standing or lying patients (standard patient couch, mobile stretcher, hospital beds);- Suitability for examinations with high, medium and low energies with optimal sensitivity;- Anatomical image superimposition and absorption correction for all of the above-mentioned areas. software-supported weakening correction with externally acquired CT examinations;- Image fusion of SPECT and CT;- Acquisitions can be started in parallel with the evaluation of a previous examination;- Comprehensive evaluation programs for all of the above-mentioned energies;- Alignment of the image to the patient's anatomical position and to the patient's body In addition, the SPECT system should have the following functions, properties and features (evaluation criteria; C criteria):- Special processing protocols;- Upgrade option to SPECT-CT;- Operation of all motorized movements of the examination table, the gantry and the detector from both sides of the gantry;- Separate evaluation console with double-monitor system (at least two monitors);- A single, integrated control unit for the gantry and the detector. 19", DICOM-calibrated) and dedicated reconstruction system;- Server-client-based evaluation of the acquired image data for at least 4 simultaneously working users;- Software for evaluation of DaTSCAN images with automatic volume definition;- Iterative 3D image reconstruction with high reconstruction resolution;- Collimators (1 set of high-resolution low-energy collimators (LEHR or collimators (1 set of high-resolution low-energy collimators (LEHRS) for low energies and high resolution; 1 set of collimators for medium energies and general applications; 1 set of collimators for high energies and general applications; collimator trolleys; easy and fast collimator exchange; compatibility with existing collimators (Symbia S: LEHR, HEGP and/or Discovery NM/CT 860: LEHR, MEGP, HEGP);- source kit;- ECG gating system;- detachable or swivel-mounted patient couch with minimum height, programmable table positions and a permissible patient weight of at least 225 kg;- SPECT quantification for additional nuclides (multi-isotope);- dosimetry;- IT security.IT system integration:- Connection to the existing RIS (RadCentre from i-SOLUTIONS) via DICOM Modality Worklist and DICOM MPPS;- Connection to the existing PACS (Centricity PACS from GE Healthcare) via DICOM Storage/Storage Commitment/Query/Retrieve/Basic Print Management;- Connection to the existing dose management system (Dose M from INFINITT) via DICOM Radiation Dose Structured Report (RDSR).

Opportunity closing date

05 November 2020

Value of contract

to be confirmed