Reference grade instrument for use in all radiation therapy applications, such as external beam, diagnostic x-ray and mammographic x-ray, and brachytherapy including both low and high dose

Introducing the next evolution in precision: the MAX Elite Electrometer. Built on Standard Imaging's legacy of accurate, reference-grade electrometer, it's more intuitive, sleeker, and ready to redefine your QA workflow. MAX Elite Electrometer part of complete solution for: Stereotactic, Absolute Dosimetry, CyberKnife

Filmless CyberKnife® QA System, designed to be used by both physicists and therapists, this easy method for complete daily CyberKnife QA enables improved frequency and depth of QA practices, potentially improving clinical results. QA StereoChecker™ part of complete solution for: CyberKnife

Comprehensive Beam Verification and Analysis. QA CrossChecker™ part of complete solution for: Monthly QA, CyberKnife

Maximize the efficiency of your essential daily linac performance checks using the power of automatic energy detection, standalone operation, and Wi-Fi connectivity. QA BeamChecker™ Pro part of complete solution for: Daily QA

Save time with fewer trips in and out of the vault, automatic energy detection, quick measurements and customizable QA interface - no cables and no PC required. Perform routine daily QA measurements for traditional linear accelerators and rotational VMAT systems including those from Varian, Elekta, and Accuray. QA BeamChecker™ Plus part of complete solution for: Daily QA, CyberKnife

A versatile and easy-to-use tool for regular quality control of the geometric accuracy of the patient positioning systems. It enables the assessment of the alignment between the isocentre of the imaging system (CBCT, 2D kV, 2D MV) and the LINAC isocentre. Pro-RT Align-Cube phantom contains radiographic markers in an arrangement that allows evaluation of the translation and rotation of the phantom relative to the reference position. The marker material has been selected to ensure good visibility while avoiding artefacts which could compromise image registration. The position of the markers is clearly labelled on the phantom surface. Due to the additional markings of the offset position on the phantom surface, it is possible to quickly evaluate the accuracy of the automatic couch shift adjustment.

This phantom is designed for quality control of a CT simulator, which usually consists of a CT scanner, virtual symulator software and a laser marking device (marking the centre of target volume). Since geometrical planning is the core of CT simulation, periodic quality control is essential for maintaining optimum image quality and patient care. The phantom allows performing detailed geometry and table movement tests as well as image quality assessment - low contrast resolution and high contrast detectability.