DRX Plus 4343 portable grid holder

R30-17B BUCKY: 17 X 17 RECIPROCATING

R30-17B-S BCKY1717W/SZESense

R30-17B-S-T BCKY,SENS MDLw/ToshibaKalare

DIRECTVIEW CR Grid Cass w PQ Scrn 35x43

DIRECTVIEW CR Cassett with PQ Scrn 35x35

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging or mammography. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

A component of an x-ray system used in diagnostic x-ray imaging applications, e.g., planar x-ray imaging or mammography. It typically consists of a housing containing lead foil strips separated by x-ray transparent spacers. These spacers or "interspaces" are filled with aluminium (Al) or another x-ray transparent (radiolucent) organic compound. Radiographic grids are placed between the x-ray target (patient) and the x-ray film and are used to absorb scatter radiation, and improve radiographic image contrast. It typically comes in two patterns, linear and crossed. Most are focused to a line in space called a convergent line, but can be used over a variable range called the focal distance.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Anti-scatter X-ray Grid used as part of Digital X-ray Imaging System that is intended for use in generating radiographic images of human anatomy by a qualified/trained doctor or technician. This device is not intended for mammographic applications.

Puncture Aimer