MOZI
MOZI
Mozi is not only the TPS system with the highest level of automation in the dose optimization process, but it is also the only system capable of integrating Adaptive technology into daily clinical practice for all treatment fractions, thanks to its performance and capabilities in terms of precision, versatility, comprehensiveness, and speed—which are, quite literally, unbeatable!
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Overview
Introduction
It integrates personalized, patient-specific treatment goals, advanced automation powered by artificial intelligence, and Adaptive Online capabilities.
Multiple Techniques
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Planning: 3D-CRT, IMRT, VMAT, SBRT/SRT
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Adaptation to anatomical geometry: CBCT- or MRI-guided
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Online adaptive planning
Monte Carlo Dose Engine
Calculation of the treatment plan dose using the Monte Carlo method and independent dosimetric verification in just 20 seconds.
Auto-Planning
It reduces the time required for planning by 80% compared to manual planning.
Online Adaptive
12 minutes from the acquisition of daily images to contour redefinition, treatment plan evaluation, quality control, and treatment delivery.
Overview
The Solution for Adaptive ON-LINE

Mozi is the highest-performing solution available on the market for online adaptive radiotherapy, capable of literally transforming a Linac into an online adaptive system.
It is designed to dynamically adjust radiation therapy in real time, tailoring the treatment to changes in the anatomy and position of tumors, as well as the surrounding healthy tissues.
This approach ensures maximum precision in targeting cancer cells, thereby significantly reducing the impact on healthy tissue.
Fully compatible with all TPS systems and linacs, including MRI-compatible linacs.
Summary TC for Direct Planning
CBCT/MRI-guided post-processing of images to improve image quality, expand the field of view (FOV), and enable cross-modal conversion.
Automatic Trimming
Automatic contouring based on deep learning, or contour transfer via rigid or deformable registration.
Quick quality control with a single click in just a few seconds
It offers full integration with most of the online quality control solutions available.
Quick quality control with a single click in just a few seconds
It offers full integration with most of the online quality control solutions available.
workflow
The ON-LINE Adaptive Workflow
Thanks to its AI-based technology and state-of-the-art algorithms, Mozi can complete all the steps fully automatically in just a few minutes.

01
Acquisition of CBCT or MR images and generation of a synthetic CT image.
02
Re-contouring
03
Re-planning
1/4
Details That Make a Difference
The Adaptive ON-LINE Solution
Mozi is the highest-performing solution available on the market for online adaptive radiotherapy, capable of literally transforming a standard linac into an online adaptive system.
It is designed to dynamically adjust radiation therapy in real time, tailoring the treatment to changes in anatomy and the positioning of tumors, as well as the surrounding healthy tissues.
This methodology ensures maximum precision in targeting cancer cells, thereby significantly reducing the impact on healthy tissue. Fully compatible with all TPS systems and linacs, including MR-Linacs
MULTITECNICA
Treatment Planning
Mozi is designed to optimize a wide range of treatment techniques, taking into account tissue density and uncertainties related to patient positioning.
3D-CRT
Conventional, efficient, and reliable 3D-CRT treatment planning
is achieved through a combination of manual and automated tools for conformal treatment, including advanced inverse planning for
and automatic optimization functions
based on various combinations of beam monitoring units, collimators, gantries, and treatment tables.
IMRT / VMAT
The design and optimization of multi-arc IMRT or VMAT treatment plans involve an inverse optimization procedure. The objectives and constraints related to the desired dose are defined, and the system generates a plan that perfectly aligns with these criteria while adhering to the limits of the treatment equipment. The optimized plan is immediately implementable, eliminating the need for further modification that could compromise its quality.
SBRT / SRT
Use the same system for stereotactic treatment and other types of treatment. MOZI offers a range of proven tools to facilitate the development of high-quality stereotactic workflows. By leveraging GPU technology, it can quickly optimize and calculate SBRT/SRT, IMRT, and VMAT plans—even with high-resolution dose grids as fine as 1 mm—completing calculations in just a few seconds.
SFRT
MOZI supports advanced SFRT planning through intelligent automation and high precision. It enables the automated generation of lattice structures within the target, helping to optimize complex “peak-and-valley” dose profiles. GPU-based computing accelerates optimization, while patient-specific algorithms ensure the creation of reliable and efficient treatment plans.
3D-CRT
Conventional, efficient, and reliable 3D-CRT treatment planning
is achieved through a combination of manual and automated tools for conformal treatment, including advanced inverse planning for
and automatic optimization functions
based on various combinations of beam monitoring units, collimators, gantries, and treatment tables.
IMRT / VMAT
The design and optimization of multi-arc IMRT or VMAT treatment plans involve an inverse optimization procedure. The objectives and constraints related to the desired dose are defined, and the system generates a plan that perfectly aligns with these criteria while adhering to the limits of the treatment equipment. The optimized plan is immediately implementable, eliminating the need for further modification that could compromise its quality.
SBRT / SRT
Use the same system for stereotactic treatment and other types of treatment. MOZI offers a range of proven tools to facilitate the development of high-quality stereotactic workflows. By leveraging GPU technology, it can quickly optimize and calculate SBRT/SRT, IMRT, and VMAT plans—even with high-resolution dose grids as fine as 1 mm—completing calculations in just a few seconds.
SFRT
MOZI supports advanced SFRT planning through intelligent automation and high precision. It enables the automated generation of lattice structures within the target, helping to optimize complex “peak-and-valley” dose profiles. GPU-based computing accelerates optimization, while patient-specific algorithms ensure the creation of reliable and efficient treatment plans.
Automation Enhanced by Artificial Intelligence
Artificial intelligence is a key component of Mozi, ensuring an extremely high level of automation in optimizing dose distribution, as well as a greater degree of treatment personalization for each individual patient thanks to the a priori prediction of dose distribution based on deep learning algorithms.
Deep learning models are validated and made available with new versions of the system, based on standard treatment protocols. However, as a unique feature of Mozi, these models can also be adapted by the user according to their own protocols and clinical cases, thanks to integration with the AccuLearning module.
Integration with AccuLearning
AccuLearning offers personalized and interactive training on deep learning models.
It can be used to provide data to AI in order to customize models for automated planning.
Research platform for AI training
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Training AI models for the delineation of anatomical structures (CT/MRI).
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Training models for image conversion.
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Training models for dose distribution.
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Training of TCP/NTCP models.
Note: No experience or knowledge of programming languages is required to use AccuLeaning.
Settings and Customization
CRP Compact is highly customizable to meet specific production needs, vial type, and capping strategy.
Precise
It can be used to process a very wide range of radiopharmaceuticals in vials, always in full compliance with the latest GMP specifications.
Multitracer
It can be used to process a very wide range of radiopharmaceuticals in vials, always in full compliance with the latest GMP specifications.
Automatic
It automates the entire process of dispensing radiopharmaceuticals, minimizing the need for manual intervention by the operator.
Compact
Thanks to its compact size, it can be installed in any type of laminar-flow shielded chamber equipped with a well for a calibrator and a remote gripper.
Open Vial Filling Station
The filling station is equipped with a 0.22 µm filter that sterilizes the radiopharmaceutical at the end of the dispensing line.
Capping Station
Crimping Station
Capping Station
Quick-Connect Capping Station
The Plus version of the CRP Compact is equipped with a bottle-closing system that uses snap-on caps.
Disposable Plate Kit
Removable anodized aluminum plate, equipped with a dedicated mounting slot for quick, secure, and error-proof installation of the disposable kit.
Balance of Payments
High-precision external scale for weighing the stock solution.
Built-in scale
High-precision scale integrated into the filling station for weight-controlled dosing.
Bubble Point Sensor
PRODUCT OPTIONS
Additional Features and Options
Push-Fit Capping Module
Add the option to seal the vials with a snap-on cap for greater versatility and flexibility in the process.
Push-Fit Capping Module
Add the option to seal the vials with a snap-on cap to ensure greater versatility and flexibility in the process.
Push-Fit Capping Module
Add the option to seal the vials with a snap-on cap for greater versatility and flexibility in the process.
Additional Feature
Configuration Details
Please provide technical or sales information about this product option.
Additional Feature
Configuration Details
Please provide technical or sales information related to this product option.
Additional Feature
Configuration Details
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Additional Features and Functions
As a third-party treatment planning system, Mozi is compatible with all linear accelerators currently available worldwide, supporting various therapeutic devices and numerous radiation therapy software systems. Achieving optimal treatment quality and efficiency requires careful coordination among the various components. Mozi’s primary goal is to ensure a seamless connectivity environment between multiple software applications, diagnostic modalities, and the treatment unit. Our objective is to support a broad spectrum of treatment technologies, optimizing a fully efficient treatment planning process.
A specialized graphical interface is available for modeling photon, electron, and proton beams.
This tool enables the creation, evaluation, and commissioning of a therapeutic device.
Download Area
Technical Specifications
| Feature | Value |
|---|---|
| Volumetric Accuracy (Weight) | <1% (deviation) |
| Vial Compatibility | Open / Closed (with piercing module) |
| Type of closure | Crimp-on (cap + ring), push-fit |
| Dispensing Speed | Up to X ml/min (depending on the vial) |
| Volumetric accuracy (weight) | <1% (deviation) |
Case Studies
Results in Real-World Settings
From the Clinic to Production: Case Studies Demonstrating Integration, Compliance, and Continuity.
Request Information
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Services
Project Support Services
Pre-Sales Services
Defining requirements, designing, and preparing for installation to reduce risks and operational variability.
- Validation and qualification documentation
- Installation and controlled commissioning
- Operational training and procedures
Pre-Sales Services
Defining requirements, designing, and preparing for installation to reduce risks and operational variability.
- Validation and qualification documentation
- Installation and controlled commissioning
- Operational training and procedures
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