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TTFields
TTFields Planning Research
Design patient-specific electrode arrays and compare electric-field distributions to refine each plan.
Now Available
✓ Purchase/Demo
OncoField Lab
One platform for electric-field planning and hyperthermia research
Design TTFields, tDCS, tACS, and hyperthermia plans faster, compare them more easily, and keep your evidence organized.
For research and education only. Not a medical device.
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tDCS · tACS
tDCS and tACS Stimulation Studies
Iterate on low-frequency stimulation conditions with patient-specific modeling and analysis.
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~460 kHz
Hyperthermia Planning up to 460 kHz
Build thermal-treatment plans and review electric-field and temperature results side by side.
Core Features
Complete Planning Toolkit
Core capabilities for TTFields, tDCS, tACS, and hyperthermia research in one place.
AI-Assisted Segmentation
From DICOM images to 3D models, switch quickly with automated and manual segmentation tools.
Patient-Specific Modeling
Build high-precision patient-specific models by setting tissue properties, geometry, and electrodes.
Multiphysics Simulation
Model electric-field (TTFields) and thermal (hyperthermia) effects together in one environment.
VOI-Based Analysis
Analyze results by volume of interest (VOI) to gain quantitative insights.
Plan Comparison
Compare multiple treatment plans side by side to find the optimal setup.
Integrated Reporting
Generate consistent reports and visualizations ready for papers and presentations.
Highlights
Feature Preview
OncoField Lab is designed with a user-friendly interface.
Workflow
OncoField Lab Flow
Follow the step-by-step workflow with videos.
1
Import images/models
Load the original imaging datasets.
2
AI segmentation & refinement
Auto-segment and quickly refine only what's needed.
3
Electrode placement & simulation parameter setup
Save array configuration and conditions as plans.
4
Electric field & temperature analysis (FEM/heat transfer)
Calculate field/temperature maps and visualize them.
5
VOI analysis + reports/exports
Summarize with metrics and create shareable outputs.
Use Cases
Who is this platform for?
Driving Oncology Discovery
Empower your researchers with tools that handle the heavy lifting of data preparation. Focus on the science, not the software.
- Create/manage patient/case-based 3D models
- Compare plans by varying electrode arrays/parameters
- Interpret results quickly with VOI-centered metrics
Modern Simulation Training for Students
Bring biomedical engineering and oncology simulation into the classroom with an interface that is approachable from the first session.
- From DICOM modeling to map interpretation in one flow
- Reports for assignments/projects
- UI-first design that lowers the learning curve
Accelerating Device Design Decisions
Help Medtech teams evaluate electrode concepts earlier, compare tradeoffs faster, and communicate findings with less manual preparation.
- Check distribution changes with electrode geometry/placement
- Iterative simulations for performance prediction
- Packaging results for internal review/sharing (reports/exports)
Validation & Differentiation
Validated technology, optimized workflow
Modeling experience from the field, applied to research workflows.
- Based on TTFields R&D experience
- Technology built on patents/IP portfolio
- Practical design of modeling/analysis flow
Benchmark electrode array optimization outcomes.
- Electrode array optimization experience for pancreas/brain cases
- Identify hotspot/coldspot and improvement points
- Optune vs Fieldcure electrode comparative analysis
- Results presented with ROI 2D/3D comparison views
Product Specifications
System Requirements and Support Range
Recommended System
- CPU Intel Core i7-12700 or higher
- Memory 32 GB or higher
- Storage 512 GB or higher
- OS Windows 10 x64 or higher
- Monitor 1280 x 900 or higher
- VGA NVIDIA RTX2060 (8 GB VRAM) or higher
Standard DICOM Data Handling Support
Support for core transfer syntaxes and key imaging workflows
- Standard DICOM dataset handling
- Support for basic uncompressed transfer syntaxes
- Implicit VR Little Endian / Explicit VR Little Endian / Explicit VR Big Endian
- Support for key medical imaging workflows
Detailed support scope follows the product conformance documentation
Higher specifications are recommended for large imaging datasets and complex 3D analysis environments.
FAQ
Frequently Asked Questions
No. It is a simulation tool for research and education.
No. This product is for research/education only and cannot be used for clinical diagnosis or treatment decisions.
The product supports standard DICOM datasets and key imaging workflows. The current public range includes basic uncompressed transfer syntaxes, RLE Lossless, and classic JPEG (Baseline/Lossless). Detailed support scope follows the product conformance documentation.
Yes. Please refer to the System Requirements section below.
Data is stored in the installed device/institution environment by default (configurable).
Institutional quotes; licenses tailored to research/education/enterprise environments.
It is currently best suited for TTFields, tDCS, tACS, and hyperthermia planning up to 460 kHz.
Purchase / Request Demo
Now available. Start your onboarding consultation.
Request an institution-specific quote, demo session, and training or technical consultation in one place.
Request Demo
Our specialists will walk you through a customized workflow relevant to your research area.
Purchase
- Custom demo session
- Onboarding consulting
- Training materials & tutorials
- Dedicated technical support
Starting from
2,000 USD/year
3,500 USD/year
Early bird discount · VAT not included
Before purchase
Digital fulfillment begins when a license key, activation data, executable package, or bundled third-party runtime component is delivered. After that point, change-of-mind refunds may be restricted except where required by law.
Use the 28-day free trial to confirm fit and review the Refund Policy.
Research Software Notice
This software is a simulation tool for research and education. It is not certified as a medical device and cannot be used for clinical diagnosis or treatment. For actual patient treatment use, regulatory requirements and approvals in the relevant country are required.
Review Policy Documents