Replaces GE Healthcare 2134612-2Tested Outright

GRID DRIVE ASSY.

Your price:
$925.40 each
$1,756.00 Savings: $830.60 (47%)
Ready to ship
BUYING OPTIONS:
Tested
Outright Purchase
$925.40 each
Warranty: 6 Month
New OEM Original
Outright Purchase
$1,578.43 each
Warranty: 90 Day
GRID DRIVE ASSY.
GRID DRIVE ASSY.

Replaces GE Healthcare 2134612-2
GRID DRIVE ASSY.

Tested Outright
Your price:
$925.40 each
$1,756.00 Savings: $830.60 (47%)
Ready to ship
Asset Information

Part #2134612-2

Product Overview

The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


Additional Features:
  • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
  • ROHS compliant
  • Technical Specs
    P/N: 2134612-2 Key Specs
    Item
    GRID DRIVE ASSY.
    OEM
    GE Healthcare
    OEM #
    2134612-2
    Condition
    Tested
    Returnable
    No
    Warranty
    6 Month
    Fitments

    The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


    Additional Features:
  • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
  • ROHS compliant
      • GE Healthcare
        • PRECISION 500D
      Product Overview

      The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


      Additional Features:
    • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
    • ROHS compliant
    • Technical Specs
      P/N: 2134612-2 Key Specs
      Item
      GRID DRIVE ASSY.
      OEM
      GE Healthcare
      OEM #
      2134612-2
      Condition
      Tested
      Returnable
      No
      Warranty
      6 Month
      Fitments

      The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


      Additional Features:
    • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
    • ROHS compliant
        • GE Healthcare
          • PRECISION 500D
        Product Overview

        The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


        Additional Features:
      • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
      • ROHS compliant
      • Technical Specs
        P/N: 2134612-2 Key Specs
        Item
        GRID DRIVE ASSY.
        OEM
        GE Healthcare
        OEM #
        2134612-2
        Condition
        Tested
        Returnable
        No
        Warranty
        6 Month
        Fitments

        The Grid Drive Assembly comes as a part of the Radiography system. The Radiography systems are used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to high velocities by an external high-voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The patient is exposed to the X-Rays, and the properties of reflected rays are measured by a detector. The Source to Film Distance (SFD) is the distance between the source of the radiation and the film available in Radiographic testing. It is measured in the direction of the beam. Grids are placed between the patient and the X-Ray film to reduce the scattered radiation (produced mainly by the Compton effect) and thus improve image contrast. They are made of parallel strips of the lead with an interspace having an aluminum or organic spacer.


        Additional Features:
      • Safe packaging provided to avoid any damage due to shifting or rubbing during transit
      • ROHS compliant
          • GE Healthcare
            • PRECISION 500D