A DOSEmapper1D™ is used in a standard catheter for temporary insertion into a natural orifice in/next to the tumour or organs at risk for a single fraction. Once removed and read it gives a linear dose profile with 1.1 mm measurement resolution [ref]. The DOSEmapper1D™ is an array of micro silica beads threaded on [...]

DOSEmapper3D™ is, effectively, a DOSEmapper1D™ wrapped in a spiral around a specially-shaped former with an integral catheter. Specifications and Applications Various sizes and shapes, depending on the orifice for which it is intended. Typically used to map the actual doses to which the walls and organs at risk are [...]

A highly flexible matrix of micro silica bead TLDs held a fixed distance apart with orientation markers clearly visible both by eye and on CT scan images. Ideal for use on the patient’s skin. Particularly on any curved areas such as the chest wall, breast, nose, or ears [ref].Every DOSEmapper2D™ has a unique identifier [...]

3D printed bolus with a matrix of embedded micro silica bead TLDs (a 2 in 1 hybrid of DOSEmapper and Bolus). The personalised 3D printed bolus is designed to have cavities into which the DOSEmapper can be loaded to provide direct invivo dose measurements. Dimensions Various sizes and shapes, depending [...]

The DOSEmapperSpiral™ is a set of micro silica bead TLDs (e.g. 4 arms of 12) sewn onto a laminated sheet of paper with positioning accuracy of ±0.1 mm. The DOSEmapperSpiral™ is usually used in brachytherapy source commissioning measurements in a water tank [ref]. The DOSEmapperSpiral™ technology enables the full radial dose distribution to be [...]

Designed for high precision point dosimetry. MiniDOSEmapper™ is small group of micro silica bead TLDs ranging from 3 to 9 TLDs and 3 coding beads (e.g. 9dot and 6dot). 9DOT 9dot; 5 mm x 5 mm (made of 9 micro silica bead TLDs and 3 coding beads) fixed [...]

Micro silica bead TLDs are CE and UKCA marked, Class I Medical devices, suitable for all ionizing radiation applications and types [ref1-ref2] and can be used for medical, industry, environmental and research applications. Recently developed Micro silica bead TLDs with the dimensions of 1.0 x 0.95 mm also developed that [...]