Produse pentru imagini (11)

Go-Scan C-View est un système d'imagerie aux rayons X en temps réel, léger et robuste, spécifiquement conçu pour l'inspection manuelle, notamment pour l'inspection de la corrosion sous isolation (CUI). Il comprend un imageur CMOS haute vitesse et haute résolution ainsi qu'un tube à rayons X de 70 kV alimenté par batterie, conçu pour une utilisation portable sur le terrain. Le système d'imagerie vidéo capture des images et les affiche sur un écran portable en temps réel. Technologie de détection : CMOS Pas de pixel µm : 99 Zone active mm / in : 102 x 153 / 4.0 x 6.0 Résolution active pxl : 1032 x 1048 Taux de rafraîchissement vidéo fps : Jusqu'à 30 Communication : Sans fil ou filaire Longueur ajustable mm / in : 300 à 650 / 12 à 26 Plage d'énergie kV : 40 à ~ 70 Puissance de sortie maximale des rayons X W : 12 Alimentation : Batterie Dewalt Performance de la batterie h : ~2 (avec batterie de 5 Ah) Poids kg / lbs : < 6.5 / 14.3

Sonde Abdominale Convexe sans fils multifréquences 3,5 - 5 Mhz .Fonctionne en reseau WiFi 2.4G avec Iphone , Ipad ou système Androïd via une application téléchargeable. Ses points forts..... Echographie sans fils ,ultra léger 250gr Grâce à son autonomie exceptionnelle, il permet de réaliser 3H d'examen en continu et se recharge simplement sur une source USB ou un chargeur de smartphone sans fils par contact. Les examens sont stockés automatiquement dans l'album photo du système d'affichage du terminal intelligent (téléphone mobile ou tablette)réduisant les étapes de réalisation de l'échographie, offrant ainsi davantage de simplicité d’utilisation. Léger et compact, il s’adapte aussi bien à un usage en maternité qu’à une utilisation en cabinet privé, au domicile ou au lit du patient . Il offre la possibilité de réaliser des échographies d'urgences, en milieu stéril (salle d'op, réa) avec une housse stérile et un encombrement minimale. 250gr:128 éléments Wireless :3,5 - 5Mhz WiFi:2.4G

The Image Processing System (IPS) software enable to process digital radiography to find and display the defects of a component. With the different filters and zoom capabilities, the most difficult and tiniest defect can be quickly located. IPS can be linked with the acquisition module to receive the images acquired. This can be done on the same computer or using a separate reviewing station. Integration is also accomplished with the automation module, showing the images in real time as well as querying the (optional) database. IPS has an extensible architecture, this means you can expand the features using add-on modules. Balteau provides a number of modules and custom ones can be developed on demand. Existing add-on: SRb (Basics Spacial Resolution), SNR (Signal to Noise Ratio), DICONDE (Reader &amp; writer), DB (Database), &amp; more on demand.

IPS Report is an add-on modules to IPS012 allowing the end-user to start reporting the processing of the image automatically. The report is completely customizable regarding the needs of every industries. All metadatas from the image will be collected and added into the report, industry regulations, NDT standards, filters, measurements, and much more.

ADR is a software module that has been created to finalize the Automation process by identifying automatically the parts that have default or not to then inform the end user which one is « accepted », « rejected », « to be verified », etc. This will lead to a much faster flow of inspection as very strict rules will have been defined within the software, reducing mistakes and costs but increase reliability. Depending on the part that will be inspected, a lot of different criteria can be looked for in terms of default and be recognized by the ADR module such as: Dimensions, foreign substances/objects, position/location, quantity, distance/gap, nature/density, angles, profiles/deviations, and much more. The Acquisition module works as a standalone module or can be integrated with IPS and Automation. It can also be integrated with an external application using a simple communication protocol based on «sockets».

Dicom Dir Navigator (DDN) is a stand alone module designed to create libraries of images but also to transfer images between users. Creates your own DCM images libraries with the Dicom Dir Standard and share them with your customers, thanks to the free included viewer.

X-Ray Remote Control (XRRC) is the software module that connects to the X-ray source using a serial link and is able to control all operations remotely, directly on the computer screen. Allowing you to interact with the mA, kV, start and stop the X-ray from running, view of the tube characteristics and state, start and stop preheating, choose tube focus, load exposure charts, etc. All Balteau generators are supported by X-Ray Remote Control, contact us for more details on other brands. The LS1 from Baltograph Series has also uses the X-Ray Remote Control Software making it a friendly environment for those who uses Balteau equipment on both platform.

Drives detectors such as flat panel, digital camera or image intensifier. Showing images in real time, the user can take snapshot or record videos whenever he’s satisfied and it will be automatically stored on the selected disk. This module can support Diconde, Dicom, Tiff, Jpeg, Png, Bmp and raw images. The Acquisition module works as a standalone module or can be integrated with IPS and Automation. It can also be integrated with an external application using a simple communication protocol based on «sockets».

The Axis Remote Control (ARC) module will control the motors of the equipment, such as manipulators, doors, etc. It works with the latest technology and allows up to 9 axes. ARC stands for Axis Remote Control and provides a uniform user interface whatever the motors are. It makes use of the motor with position encoder to offer excellent precision and repeatability. ARC works as a stand alone module and/or can be integrated with Automation. It can also be integrated with an external application using a simple communication protocol based on "sockets".

Automation is the top level module that will aggregate all others such as XRRC (X-Ray Remote Control), ARC (Axis Remote Control), DRC (Diaphragm Remote Control), Etc. into one window and offer transparent access to all controllers on only one screen. Automation also includes a teaching mode which will record sequence of motions, x-ray settings, time of exposure, etc. Later the recorded sequences can be played back providing an automated inspection of components. The optional database add-on will use a SQL database to store sequences and index the images metadata (DICONDE only). The same database can then be used from IPS to quickly retrieve images using a search engine.

The Diaphragm Remote Control (DRC) module Controls the motors of the different shutters of the collimator. It works with the latest technology regarding motors control and allows up to 4 shutters. DRC stands for Diaphragm Remote Control. DRC provides an intuitive graphical user interface to view and control how you diaphragm is positionned. DRC works as a standalone module or can be integrated with Automation. It can also be integrated with an external application using a simple communication protocol based on "sockets".