
Peira NeuroVisioScan appears to be a technical document related to a neuroimaging or neurological scanning system. The document likely covers specifications, operational procedures, standards, and recommendations for the device or software.
This section would detail the technical parameters of the NeuroVisioScan system, including hardware components, imaging resolution, scanning modalities, data acquisition rates, and compatibility requirements.
Operational guidelines for using the NeuroVisioScan system, including setup, calibration, scanning protocols, patient preparation, and data handling procedures to ensure accurate and reliable results.
Information on regulatory standards the system adheres to, such as medical device certifications, safety standards, and data privacy regulations.
Guidance on optimal usage scenarios, maintenance schedules, troubleshooting tips, and recommendations for integrating the system into clinical or research workflows.
Any tables, charts, or diagrams included would summarize key performance metrics, system architecture, or workflow processes, aiding in understanding system capabilities and limitations.
Note: Due to the limited content provided, this summary is based on typical structure and content expected in a technical document for a neuroimaging system named Peira NeuroVisioScan.
ocieittib'c /itstr-umeittg Peira's custom made XYZ robot allows holding a highly advanced optical imaging tool incorporating proprietary fiber optic objective lens technology. The robot operates with accuracy higher than 10 micron and allows standardizing the image scanning procedure in the lab. During the in vivo imaging of the peripheral nervous system, the robot allows to scan the same surface area in subsequent periods of time as the machine repositions itself in relation to markers which were brought into the object. A major benefit is the contact pressure control system that allows for contact scanning of the object with constant pressure thus minimizing deformation of the images taken. Through this automation of the experiment the repeatability and the consistency of the experiment is greatly enhanced. TECHNICAL DATA Dimensions (LxWxH): Weight: Power: Volts: Max Travel Speed: CE: 514 x 600 x 759 mm 65 kg 850 W 220V 25 mm/sec The NeuroVisioScan fully complies with all CE and EMC equipment guidelines relative to mechanical and electrical safety and electromagnetic compatibility. Peira bvba | Scientific Instruments | www.peira.be
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