Six novel products for advanced radiation therapy

Treatment delivery, QA verification, and patient protection — explore each product line below.

Total products

Treatment

Protection

Treatment

Brachytherapy and proton delivery

3 products

Programs that position the portfolio around brachytherapy applicators, proton delivery concepts, and tumor localization inside the treatment workflow.

Brad-FITPro-MIGold-DOT

Brachytherapy and LINAC QA

2 products

Current QA systems that verify source motion, geometry, alignment, and repeatability in day-to-day treatment operations.

BIMLIM

Protection

Shielding and patient protection

1 products

Protection tooling that supports CT planning, setup comfort, and electron beam shielding inside the care workflow.

Lens-OK

Treatment

Brachytherapy and proton delivery

Programs that position the portfolio around brachytherapy applicators, proton delivery concepts, and tumor localization inside the treatment workflow.

IMBT System

Brad-FIT

Tandem applicator-based IMBT workflow for cervical and endometrial cancersCylindrical applicator-based IMBT workflow for breast and vaginal cancers

Intensity-Modulated Brachytherapy (IMBT) system that directionally controls dose via W-shield rotation — delivering highly conformal tumor dose while minimizing OAR exposure.

Proton Therapy

Pro-MI

Proton Minibeam Radiation Therapy (pMBRT) that reduces dose to normal tissues along the beam path while maintaining tumor control — spatially fractionated narrow beams deliver uniform dose at depth.

Fiducial

Gold powder-polymer composite marker for prostate cancer particle therapy — prototype testing confirmed 7,013 HU CT visibility, 8.5% proton and 7.2% carbon-ion dose reduction vs. up to 44.3% for pure-gold markers, with development targets of ≥7,200 HU and ≤7%.

Intensity-Modulated Brachytherapy System

Brad-FIT

Intensity-Modulated Brachytherapy (IMBT) system that directionally controls dose via W-shield rotation — delivering highly conformal tumor dose while minimizing OAR exposure.

Tandem applicator-based IMBT workflow for cervical and endometrial cancersCylindrical applicator-based IMBT workflow for breast and vaginal cancersPrecise OAR avoidance with asymmetric dose shaping for tumors adjacent to rectum, bladder, and sigmoid colonNon-invasive, minimal-anesthesia design that reduces burden in repeated fractionated brachytherapy

W-shield directional rotation — sub-1-degree angular resolution
Asymmetric dose distribution for highly conformal tumor dose delivery
Dedicated TPS with DVH-based dose optimization
Non-invasive design — minimal anesthesia requirement

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Proton Minibeam Radiation Therapy

Pro-MI

Proton minibeam therapy workflow that reduces normal tissue exposure along the beam path while preserving tumor treatment efficacyIntegrated minibeam delivery system mountable directly onto existing proton therapy equipment nozzlesMinimizing beam-path and surrounding OAR dose for tumors adjacent to radiation-sensitive structuresLeveraging dose-volume effect and repair effect of spatially fractionated beams for normal tissue recovery

Narrow minibeams reduce normal tissue dose along the beam path
Depth-dose modulator ensures uniform dose at the tumor site
Dose-volume effect + repair effect protect OARs surrounding the tumor
Six-component system: MSC, depth-dose modulator, range shifter, scatterers, holder, neutron absorber

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Next-Generation Tumor Localization Marker

Gold-DOT

Particle therapy tumor tracking: prototype confirmed 7,013 HU CT visibility (target ≥7,200 HU) and proton dose reduction 8.5% / carbon-ion 7.2% (target ≤7%)CT distortion pixel ratio 23% in prototype — development target ≤15% for more accurate treatment planningGold content ~1/20 of conventional pure-gold markers (prototype-confirmed) — significant cost advantage for particle therapy centersAnti-migration fixation structure ensures stable position reproducibility across all fractions

Gold powder-polymer (PMMA) composite — gold content ~1/20 of conventional pure-gold markers (prototype-confirmed)
CT visibility: 7,013 HU measured in prototype → development target ≥7,200 HU
Proton beam dose reduction: 8.5% measured in prototype → development target ≤7%
Carbon-ion beam dose reduction: 7.2% measured in prototype → approaching target ≤7%

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Brachytherapy and LINAC QA

Current QA systems that verify source motion, geometry, alignment, and repeatability in day-to-day treatment operations.

Brachy QA

BIM

All-in-one workflow for routine HDR QA before and after each treatment fractionFilm-free simultaneous verification of source position and dwell time with a single device

Filmless & All-in-One — An automated QA system that verifies HDR brachytherapy source position and dwell time without film, completing verification in approximately 100 seconds.

LINAC QA

LIM

Single-device workflow covering laser alignment, isocenter, and field verification in one sessionRadiation-based deterministic alignment that eliminates iterative re-adjustment

One device for five LINAC QA tasks — a couch-top QA system covering laser alignment through radiation isocenter verification, completing the full workflow in under 20 minutes.

Brachy-Isotope Manager

BIM

Filmless & All-in-One — An automated QA system that verifies HDR brachytherapy source position and dwell time without film, completing verification in approximately 100 seconds.

All-in-one workflow for routine HDR QA before and after each treatment fractionFilm-free simultaneous verification of source position and dwell time with a single deviceCompatible with major HDR systems including Elekta, Varian, and W&Z Bebig without additional setupAutomated report generation to minimize manual workload and streamline record management

Fast and easy QA — completed in ~100 seconds
Filmless QA workflow
Source absolute position accuracy < 1 mm
Dwell-time accuracy ~0.1 sec

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Linac Isocenter Manager

LIM

One device for five LINAC QA tasks — a couch-top QA system covering laser alignment through radiation isocenter verification, completing the full workflow in under 20 minutes.

Single-device workflow covering laser alignment, isocenter, and field verification in one sessionRadiation-based deterministic alignment that eliminates iterative re-adjustmentQuantitative, automated radiation isocenter measurement via Winston-Lutz testSupports TG-142 daily, monthly, and annual QA checklists in one system

Five QA tasks performed with a single device
QA completion time < 20 min (vs. ~60 min conventional)
Laser alignment reproducibility σ = 0.9 mm
Radiation-based deterministic alignment — no iterative adjustment

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Protection

Shielding and patient protection

Protection tooling that supports CT planning, setup comfort, and electron beam shielding inside the care workflow.

Lens Shield

Lens-OK

Eye lens shielding device that efficiently attenuates electron beams during radiotherapy while maintaining high-quality CT imaging and patient comfort.

Eye Lens Protection Device

Lens-OK

Eye lens shielding device that efficiently attenuates electron beams during radiotherapy while maintaining high-quality CT imaging and patient comfort.

Daily lens shielding workflow for electron beam therapy (6 and 9 MeV) to minimize direct dose to the crystalline lensTransparent silicone cover enables real-time lens monitoring during treatment; replaceable structure supports long-term hygiene and reuseDedicated CT device included for artifact-free high-quality CT imaging and accurate treatment planningFixed positioning hole prevents shield movement during treatment, ensuring reproducible setup at every fraction

Tungsten shield — efficient electron beam attenuation
Lens dose ≈ 0.8–0.9% at 6 MeV / 0.0% at 9 MeV
Transparent silicone cover — real-time lens monitoring during treatment
Sufficient silicone thickness — reduces back-scattering hot-spot dose

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