The CardioGraphe is a CT Scanner designed to provide images of scanned organs especially of the heart and cardiovascular system.

"Sunlight MiniOmni:The Sunlight MiniOmni Ultrasound Bone Sonometer is a non-invasive ultrasound device capable of measuring bone speed of sound (SOS) at one or more skeletal sites. Sunlight MiniOmni Ultrasound Bone Sonometer is a modified version of company's well- established Sunlight Omnisense systems*. Sunlight MiniOmni is based on the Sunlight Omnipath™ technology already CE marked and approved by the FDA (PMA). It is comprised of a Main Unit and the same hand held probes as used with other BeamMed's Bone Sonometers, each designed to measure SOS at one or more specific skeletal sites. The basic system is offered with one probe, capable of measuring SOS of the distal one-third radius and the mid-shaft tibia.Reference databases are provided for measurements at each of the skeletal sites, Sunlight MiniOmni measures SOS utilizing a technology based on well- established laws of physics applied to the transmission of signals along the bone. The measurements are performed while the subject and the operator are comfortably seated.Results are expressed in meters per second (m/sec), reflecting the upper 95th percentile of the sorted SOS values. Sunlight MiniOmni reports the bone SOS, together with the Z-score (units of standard deviations relative to age and gender matched population reference values), for adults also as a T-score values (units of standard deviations relative to population reference values of healthy young adults), and patient risk assessment, computed using the patient's SOS value and a reference database. For any two measured skeletal sites, Sunlight No calibration is required. Daily system verification is accomplished using the System Quality Verification (SQV) phantom supplied with the device.Probes:MiniOmni is a multiple skeletal sites. The probes designed to support measurement at the following areas:• CM probes - used for bone strength assessment at the radius and tibia• CS probe - used for bone strength assessment at the phalanx• CR

Biim Ultrasound L12-4 Linear Array Transducer

Biim Ultrasound L12-4 Linear Array Transducer (Version P2.0)

Battery, Biim Ultrasound

Battery Charger, Biim Ultrasound

Biim iOS App, P1.1

Biim Android App, P1.1

Probe holder, (V2) Biim Ultrasound

Biim iOS App, P1.2

Biim Android App, P1.2

Adapter Bracket, Biim Ultrasound

Probe Holder, (V1) Biim Ultrasound

Battery Charger UK, Biim Ultrasound

Battery Charger EU, Biim Ultrasound

Biim iOS App, P1.3

Biim Android App, P1.3

Battery Charger AU, Biim Ultrasound

Biim iOS App, P1.3.1

Biim Android App, P1.3.1

Biim iOS App, P1.3.2

Biim Android App, P1.3.2

Biim iOS App, P2.0

Biim Android App, P2.0

NordicNeuroLab’s nordicAktiva is a stimulus presentation and workflow software which controls the presentation of stimuli during fMRI exams and has been designed specifically with the clinical user in mind. With an intuitive interface and detailed, easy-to-follow instructions, the user is guided step-by-step through the process of presenting stimuli during MR image acquisition. nordicAktiva runs on the stimulus presentation PC to which the NNL fMRI Hardware System is connected. Through the latter audiovisual stimuli are presented to, and feedback is collected from the patient.

ResponseGrip Interface optic-electric interface unit between NordicNeuroLab’s Response Gips and stimulus presentation PCThe ResponseGrip consists of two hand-held grips with two buttons each. By pressing the buttons the patient can respond to the presented stimulus. The ResponseGrip is connected to an optical-electrical adapter which converts light to electrical signals. The electrical signal is fed to the Stimulus PC by using standard PC communication interfaces.

The nordicBrainEx Software is a post-processing application for dynamic MRI data developed with focuson ease of use and high performance on a standard Windows workstation. The software providescomprehensive functionality for dynamic image analysis and visualization of MRI data, where signalchanges over time are analyzed to determine various modality dependent functional parameters. Thefollowing algorithms provide the main functional analyses of the application.- BOLD: BOLD fMRI analysis is used to highlight small magnetic susceptibility changes in thehuman brain in areas with altered blood-flow resulting from neuronal activity.- DTI: Diffusion analysis is used to visualize local water diffusion properties from the analysis ofdiffusion-weighted MRI data. Fiber tracking utilizes the directional dependency of the diffusionto display the white matter structure in the brain.- DSC: Calculations of perfusion related parameters that provide information about the bloodvessel structure and characteristics. Examples of such maps are blood volume, blood flow, timeto peak, mean transit time and leakage.In addition to these specific functional analyses, the application also provides general visualization tools,a database for data handling, and a reporting feature. This is to ensure that the workflow of theapplication is optimized to ensure efficiency and high throughput in a clinical environment.

The ResponseGrip is an MRI-safe patient response device, providing real-time feedback of a patient response. The ResponseGrip consists of two hand-held grips with two buttons each. By pressing the buttons the patient can respond to the presented stimulus. The ResponseGrip is connected to an optical-electrical adapter which converts light to electrical signals. The electrical signal is fed to the Stimulus PC by using standard PC communication interfaces.

CommunicationConsole is part of NordicNeuroLab’s Audio System.The AudioSystem allows auditory signals from the stimulus presentation PC to enter the scanner room and to be presented to the patient wearing a set of headphones. The Communication Console allows the operator to adjust the sounds from the PC and to speak directly to the patient through a built-in microphone.

Fiberlink transmitter is part of NordicNeuroLab’s fMRI System.Fiberlink transmitter converts audio and video signals into an optical signal for transmission.Fiberlink transmitter is used togheter with NordicNeuroLab’s Visual System and Audio System.

Head Phones is part of NordicNeuroLab’s Audio System.The AudioSystem allows auditory signals from the stimulus presentation PC to enter the scanner room and to be presented to the patient wearing a set of headphones. A communication console allows the operator to adjust the sounds from the PC and to speak directly to the patient through a built-in microphone.The Head Phone is designed specifically for use in the MR environment, and are compatible with MR system up to 3T.

Head Phones Slim is part of NordicNeuroLab’s Audio System.The AudioSystem allows auditory signals from the stimulus presentation PC to enter the scanner room and to be presented to the patient wearing a set of headphones. A communication console allows the operator to adjust the sounds from the PC and to speak directly to the patient through a built-in microphone.The Head Phone Slim is designed specifically for use in the MR environment, and are compatible with MR system up to 3T.

ResponseGrip Interface optic-electric interface unit between NordicNeuroLab’s Response Gips and stimulus presentation PCThe ResponseGrip consists of two hand-held grips with two buttons each. By pressing the buttons the patient can respond to the presented stimulus. The ResponseGrip is connected to an optical-electrical adapter which converts light to electrical signals. The electrical signal is fed to the Stimulus PC by using standard PC communication interfaces.

SynkBox is part of NordicNeuroLab’s fMRI System.The SyncBox is connected directly to the MRI scanner where it receives timing pulses sent out with each image series and demodulates this signal before it’s forwarded to the stimulus PC. In this way one can ensure that the stimulus presentation software is synchronized with the MRI image recordings.

SynkBox is part of NordicNeuroLab’s fMRI System.The SyncBox is connected directly to the MRI scanner where it receives timing pulses sent out with each image series and demodulates this signal before it’s forwarded to the stimulus PC. In this way one can ensure that the stimulus presentation software is synchronized with the MRI image recordings.

Shielded Interface Unit (SIU) is part of NordicNeuroLab’s fMRI System.SIU is a shielded enclosure for the Power Supply Unit, Electrostatic Energizer (audio amplifier), Optical Electrical Adapter Unit and Display Interface. SIU is used togheter with NordicNeuroLab’s Visual System and Audio System.SIU hardware configuration is dependent on the system setup and which Visual System components and Audio System components that are included in the fMRI system

The VisualSystem HD allows video signals from the stimulus presentation PC to enter the shielded scanner room and to be presented to the patient through a set of coil-mounted displays (Visual System HD)

Visual System Power Supply (VPS) for NordicNeuroLab's Visual System HDShielded enclosure containing the Power Supply Unit for the Visual System HD which is located in the MR environment. VPS is part of NordicNeuroLab’s VisualSystem HD. The VisualSystem allows video signals from the stimulus presentation PC to enter the shielded scanner room and to be presented to the patient through a set of coil-mounted displays.

The Digi-Lite IP color flow imaging system is an ultrasound based system intended for use in non-invasive vascular evaluation for carotid (extracranial diagnosis), peripheral nerves and musculoskeletal in adults and in children. The Digi Lite IP only contains the hardware and firmware, everything else (e.g. ultrasound software, database) is located on a standard PC that is connected to the Digi Lite IP via USB 2.0. Minimum requirements are given for the PC. The Linear probe is connected to the Digi Lite IP.

The Digi-Lite System is indicated for non-invasive evaluation of intracranial and extracranial vascular flow velocity irregularities in adults and in children. It is not intended for fetal use. It is not intended for neonatal use. The product includes a Pentium M or equivalent processor, minimum 60 Gbyte hard disc, USB, RS232, LAN 10/100 RJ-45 network connection, a PC keyboard, mouse, touch screen of 15″ TFT color SVGA that provides 1024 × 768 points graphic resolution.

The Digi-One System is indicated for non-invasive evaluation of intracranial and extracranial vascular flow velocity irregularities in adults and in children.The Rimed Transcarial Doppler Systems are based on a PC platform system. As opposed to the currently approved product Digi-Lite TCD that has the PC component in the device itself, the Digi-One TCD uses a LAN cable to connect and act with any external PC operated with Windows 7 and up