01
Alternating electric fields
Alternating Electric Field Research
Use DICOM data to model electrode arrays, simulate electric field intensity and distribution, and compare results across research conditions.
Now Available
✓ 28-day free trial
OncoField Lab
One platform for electric field and thermal research
Simulate electric field and thermal conditions, and compare the results.
For research and education only. Not a medical device.
02
tDCS · tACS
tDCS and tACS Stimulation Studies
Explore low-frequency electrical stimulation settings with customised models for brain and neural stimulation.
03
Thermal
Electric Field and Thermal Research
Study electric field distributions alongside tissue temperature changes caused by Joule heating.
6
publications and study records
Explore published research and supporting materials collected on this page.
5-step
workflow preview
Follow an intuitive five-step workflow from medical images to multiphysics simulation and quantitative VOI analysis.
28-day
free trial
Evaluate the key features with your own research data and see how the software fits your workflow before committing to a licence.
FEM
Electric field and temperature analysis
Calculate electric field distributions using the finite element method (FEM) and model temperature distributions caused by Joule heating.
Core Features
Research Simulation Toolkit
Simulation and analysis tools for bioelectromagnetic and thermal research.
Automatic Segmentation
Build 3D models from DICOM images using automatic segmentation and manual editing tools.
Patient-Specific Modeling
Create models that reflect the anatomy shown in the images and the electrical and thermal properties of each tissue.
Multiphysics Simulation
Analyse electric field distributions together with temperature distributions caused by Joule heating.
VOI-Based Analysis
Quantify electric field and temperature metrics for tumour targets and volumes of interest (VOI).
Plan Comparison
Compare simulation results across electrode layouts and parameter settings to find configurations suited to your research.
Integrated Reporting
Export standardised reports and high-resolution visualisations for direct use in publications and research reports.
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
Automatic 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?
More time to focus on your research
Reduce repetitive data preparation and parameter setup so researchers can focus on interpreting results.
- 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 bioelectromagnetics and cancer treatment simulation into the classroom with an intuitive environment for learning and practical exercises.
- From DICOM modeling to map interpretation in one flow
- Reports for assignments/projects
- UI-first design that lowers the learning curve
Compare Designs for Medical Device R&D
Compare electrode designs in simulation before prototyping, and share results for internal review.
- Check distribution changes with electrode geometry/placement
- Iterative simulations for performance prediction
- Packaging results for internal review/sharing (reports/exports)
Technology Foundation
Research-based technology and repeatable workflows
Simulation workflows informed by experience in modelling for cancer research.
- Based on alternating electric field R&D experience
- Technology built on patents/IP portfolio
- Practical design of modeling/analysis flow
Compare electrode array configurations.
- Compare electrode layouts across different anatomical models
- Identify hotspot/coldspot and improvement points
- Compare simulation results for different electrode array settings
- 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. OncoField Lab is simulation software for preclinical research and education.
No. OncoField Lab is intended for preclinical research and education. It must not be used as the sole basis for clinical diagnosis or treatment decisions.
OncoField Lab supports standard DICOM data and key imaging workflows. See the product conformance documentation for details.
Yes. Please refer to the System Requirements section below.
Data storage and management depend on your installation. OncoField Lab can run on a single workstation or in a server–client setup within your institution. Discuss the security settings with our team during setup.
OncoField Lab offers monthly, quarterly and annual licences. Contact our team for institutional licensing or group licences for education.
It supports multiphysics research into electric field distributions and temperature distributions caused by Joule heating.
Purchase / Request Demo
Choose the path that fits your team.
Start with a monthly, quarterly, or annual license, or talk with us first about demos, onboarding, and institutional adoption.
License
Purchase your license through FastSpring, or contact us first if you need onboarding guidance or an institutional review.
- Custom demo session
- Onboarding consulting
- Training materials & tutorials
- Dedicated technical support
Monthly
1-month subscription
$770/month
≈ $770/mo · $9,240 / year
Quarterly
3-month subscription
$2,100/quarter
≈ $700/mo · Save $70/mo
Recommended · Save $1,800/yr
Annual
1-year subscription
$7,440/year
≈ $620/mo · Save $150/mo · ~2.3 months free
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.
Request a Demo
Tell us about your research goals, and our team will guide you through the workflow, onboarding options, and licensing path.
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