Neuboron's BNCT total solution combines the latest compact accelerator, high-performance beam shaping assembly, precise robotic positioning system for treatment, regional radiation monitoring system, efficient radioprotector, intelligent treatment planning system, boron-containing drugs for diagnosis and treatment, and relevant supporting subsystems. The solution helps physicians perform BNCT with ease for clinical and research purposes.
The double cone design effectively enhances beam intensity and multiplies the proportion of epithermal neutrons.
High-quality epithermal neutron beams allow for deep tumor treatment.
The intensity, energy spectrum and irradiation field of the neutron beams can be adjusted for treating tumors of various shapes and locations, to improve therapeutic effects and minimize unnecessary radiation exposure to the patient.
Dramatically increases the proportion of epithermal neutrons for deep tumor (depth > 11cm) treatment under a given condition
The double cone design effectively enhances beam intensity and multiplies the proportion of epithermal neutrons.
High-quality epithermal neutron beams allow for deep tumor treatment.
The intensity, energy spectrum and irradiation field of the neutron beams can be adjusted for treating tumors of various shapes and locations, to improve therapeutic effects and minimize unnecessary radiation exposure to the patient.
Ease to use: The one-button operation design makes it easy for medical physicists to perform treatment.
Comprehensive monitoring: On-line monitoring of beams, regional radiation and accessory equipment with multi-view visualization design offers intuitive access to the device status and operating data.
Real-time feedback: Real-time system error monitoring and real-time prompts for safe operations.
user-friendly GUI, real-time data visualization, and comprehensive monitoring
Ease to use: The one-button operation design makes it easy for medical physicists to perform treatment.
Comprehensive monitoring: On-line monitoring of beams, regional radiation and accessory equipment with multi-view visualization design offers intuitive access to the device status and operating data.
Real-time feedback: Real-time system error monitoring and real-time prompts for safe operations.
The compact, eco-friendly and reliable accelerator produces continuous and high-quality proton beam for BNCT. The accelerator is manufactured by our partner & supplier TLS.
The humanized design with 7-axis rotating function enables the treatment couch to meet the requirements of different treatment positions for different patients and provide patients with comfortable treatment.
The control system enables not only fast and stable positioning but also adjustment based on patients' requirements, thus maximizing therapeutic effects.
The intelligent anti-collision system ensures the safety of medical staff and patients
Sub-millimeter accuracy and six degrees of freedom allow for faster, safer and accurate patient positioning
The humanized design with 7-axis rotating function enables the treatment couch to meet the requirements of different treatment positions for different patients and provide patients with comfortable treatment.
The control system enables not only fast and stable positioning but also adjustment based on patients' requirements, thus maximizing therapeutic effects.
The intelligent anti-collision system ensures the safety of medical staff and patients
Patented special shielding materials and technology for BNCT.
Enable more effective radiation protection in limited space to save space without compromising safety.
Radiation is effectively contained within the controlled area while the operators are safe outside the controlled areas.
Safe and controllable radiation
Patented shielding materials make efficient use of space
Patented special shielding materials and technology for BNCT.
Enable more effective radiation protection in limited space to save space without compromising safety.
Radiation is effectively contained within the controlled area while the operators are safe outside the controlled areas.
Automatic import of DICOM images, multiple image processing and noise removal algorithms, support for a variety of Monte Carlo programs
Multiple biological model libraries, definitions of ROI, blood-boron concentrations and relative biological effectiveness (RBE) of boron-containing drugs, automatic identification of radiation source path, automatic mapping of radiation source description and automatic mapping of collimator sizes
Automatic calculation of physical and biological dose of various components, automatic generation and visualization of biologically equivalent dose, calculation of dose distribution at different radiation angles, and optimization of treatment plans
Boron-containing amino acid drug BPA is the most widely used and the only recommended BNCT drug (approved in Japan in March 2020). Neuboron has independently developed a new BPA synthesis technique that makes for lower production costs, and local production.
Including Boron-containing polymers coupled with monoclonal/polyclonal antibodies, liposome-encapsulated carborane-containing drugs, and next-generation boron drugs such as boron phosphate-loaded nanoparticles to enhance tumor targeting efficiency of the drugs, and expand the indications of BNCT.
Independent 18F-BPA positron drug combined with PET-CT to evaluate drug distribution. Quickly and effectively determine whether the patient is suitable for BNCT treatment.
The team is committed to help medical Institutions with the construction of modern BNCT centers worldwide: providing customized products and services for research and clinical purposes, implementing cutting-edge technologies and supporting healthcare workers serve patients more efficiently and intently.
