DE.TEC.TOR Solutions

DE.TEC.TOR has specialized in the design and manufacturing of high-quality devices for precise monitoring and verification of therapeutic particle beams. Their portfolio comprises a variety of dedicated tools for fast, reliable and ultra-precise QA measurements – from quick verifications of Bragg peaks and spread-out Bragg peaks (SOBP) during weekly and monthly quality assurance, from beam characterization tests to spot characterization and machine QA.

QubeX

QUBEX is a Multi-Layer Ionization Chamber with dual-area channels for a simultaneous verification of depth-dose curves and lateral beam profiles.
MLIC Sensitive Area of 128 mm x 128 mm, including central circular region (25 mm diameter). Total range covered in water ~ 361 mm (~ 2.74 mm of water Equivalence / channel). The depth interpolated resolution is < 1 mm in water. Number of STRIP channels: 127 in X and 127 in Y (1 mm pitch) + 2 integral. Position accuracy: ≤ ±0.1 mm.

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QEYE

QEYE is a multi-layer detector to measure depth dose curves to a depth of 60 mm wet.
120 µm resolution.
The diameter of the sensitive area is 80 mm.

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NEXTQ

NEXTQ is a device to measure beam characteristics (intensity and lateral profiles) in a single beam shot.
It consists of x and y strip ionization chambers, resolution 1 mm, and an integrating chamber.
The sensitive area is 127 mm x 127 mm.

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QPLUS

QPLUS is a detector to measure radiation characteristics in a single beam shot. It consists of a dots array to identify the beam center by measuring the particle flux.
The sensitive area is 38 mm x 38 mm (dots pitch 0.6 mm).

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FLASHQ

FLASHQ is a device to measure beam characteristics (intensity and lateral profiles) during ultra-high dose rate machine QA.
The resolution is 1mm. The sensitive area is 128 mm x 128 mm.

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FLASHDOSE

FLASHDOSE verifies the particle beam characteristics and reconstructs the 2D dose map through X and Y Strip segmented ionization chambers. Suitable for conventional and ultra-high dose rates, the IC structure can offer sensitivity to low intensities and it copes with the Flash therapy clinical studies. Available in two sensitive area formats: large area version (320x320 mm^₂, strip pitch 2.5 mm) and small area version (128x128 mm^₂, strip pitch 1mm).

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