Healthcare
Radiography

คำค้นหา

Unique

X-ray image Processing Software

UNIQUE is an application-driven post processing software that delivers consistently uniform clinical image quality for all anatomical regions by adjusting the balance between overexposed and underexposed areas. The result is a quality X-ray image, containing all diagnostically relevant information.

Contact us

ข้อมูลผู้ติดต่อ

* ฟิลด์นี้เป็นฟิลด์ที่จำเป็น

ข้อมูลสำหรับติดต่อ

*
*
*

รายละเอียด บริษัท

*
*
*
*
*
*
*

รายละเอียดทางธุรกิจ

โปรดระบุความสนใจของคุณในการติดต่อเรา เพื่อการบริการอย่างดี ที่สุด
*
*

*
*

Media Gallery

  • The difference between a good and excellent image

    UNIQUE harmonizes contrast levels, bringing detail to very dark and very bright regions. In the ICU it’s vital to show the position of catheters and tubes accurately while still being able to see the lungs. In a pediatric setting, it‘s important that fine bone structure is reproduced in a high quality image. UNIQUE image processing allows for excellent visualization to enhance the physician‘s diagnositic possibilities.

  • Optimization on all levels

    Optimization on all levels
    UNIQUE’s post-processing algorithms provide for dynamic range adjustment based on region-specific analysis. First, the original image is split into multiple sub-images. Next, each sub-image is processed and optimized for its respective structure size. Lastly, UNIQUE recombines the processed sub-images into one single quality X-ray image.

  • Fast chest exam imaging

    Fast chest exam imaging
    UNIQUE X-ray image processing pairs nicely with our SkyFlow technology for fast chest exams. When you choose to work without an anti-scatter grid, you can achieve the same contrast of a grid image with SkyFlow. With SkyFlow there’s no need to prepare the detector with an anti-scatter grid, just slide it into place and get the contrast of a grid image. The result is exceptional detail to help you more readily see NG tubes, devices, and wires, in contrast to the lungs.

  • Versatile patient size adaptation

    Versatile patient size adaptation
    Sustaining quality for every exam, every patient is quite simple. UNIQUE features a flexible anatomic database with seven different image-processing parameters, set according to the size of your patient – from newborn to extra large adult. Selection is made automatically based on input from the Radiology Information System.

  • Automatic image stitching

    Automatic image stitching
    UNIQUE image processing is applied not only to the two or three single images that are acquired, but also to the entire composite image. As result, the composite image is beautifully harmonized. There are no stitching artifacts visible and from top to bottom you’ll see nothing but a well-balanced image.

  • Personalized control

    Personalized control
    UNIQUE automatically indicates, with a green mark, those areas requiring contrast adjustment. However, you can manipulate this to suit your patient’s need. Using the ‘ranger’ tool just point to a certain area or structure and place your own mark(s), thereby including it in the medical image processing.

  • Advancing the quality of care

    UNIQUE X-ray image processing software offers substantial benefits for all: less scheduling work for the radiographer, diagnostic confidence for the radiologists, X-ray dose management for the patient, and finally, more personalized care based on time saved through enhanced workflow. UNIQUE’s parameters are the same across our portfolio of radiography systems and detectors, and quality X-ray images can be viewed and evaluated from any suitable monitor, offering flexibility.

    By clicking on the link, you will be leaving the official Royal Philips Healthcare ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.

    I understand