Bids Are Invited For Total And Immediate Acquisition Of Ultrasound Device To Compose The Operational Structure Of The Health Program Of The Municipality Of Simão Dias, Sergipe

Ultrasound Apparatus .. Specification: Ultrasound Apparatus To Be Used In The Following Clinical Applications :: Obstetrics, Gynecology, Fetal Echocardiography, Adult And Pediatric Echocardiography, Small Parts, Vascular, Pediatrics, Breast, Skeletal Muscle, Urology And Internal Medicine/General Image. Hybrid Beam Training Engineering: Image Processing With Independent Software And Hardware Processors, Resulting In Better Image Contrast, Artifact Reduction And High Performance In All Image Modes; Alto Dynamic Range: More Shades Of Gray Are Used In The Composition Of The Image The Range Produces More Detailed Images With Greater Specific Contrast (Structures With Close Ecogenicities); Clearvision: Software Developed To Improve The Resolution Of The Gray Scale. Reduces Image Granulation And Promotes Greater Edge Of Edges And Contrast, Generating A Clearer Image. Excellent Tool For Detailed, Pelvic Or Abdominal Obstetric Evaluation; Multivision: Image Spatial Composition Software, Which Scan With Beams In Conventional And Oblique Directions, Producing Images With More Information, Greater Contraste Less Artifacts; Inverted Pulse Tissue Harmonic Image (S-Harmonics): Uses Ultrasound Harmonic Frequencies Generated In Different Tissues, Optimizing Image Resolution And Decreasing Artifacts; S-Flow: High Sensitivity Directional Doppler Power And Less Insonation Angle Dependence; Dual/Quad Mode: Allows You To Divide The Screen Into Two Or Four And Put Independent Image Modes Into Each Screen Division (2D+Color, 2D+Pd, 2D+S-Flow); Zoom In Real Time And Frozen Image: Allows Better Lateral And Depth Visualization Without Loss Of Resolution; Trapezoidal Image: It Makes It Possible To Increase The Field Of View In The Images Obtained With Linear Transducer By 20%; Advanced Quickscan: Increases Efficiency And Improves Workflow By Automatic Optimization Of 2D Image Parameters, Doppler C, 05/19/2025