OncoField Lab

Simulation platform for electric field and thermal research

Build patient-specific 3D tissue models from DICOM images and simulate electric field and temperature distributions for different electrode placements and parameters. Compare results across research conditions and generate quantitative reports for publications and scientific presentations.

Study electric fields and temperature distributions caused by Joule heating in a single environment for preclinical and translational research and biomedical engineering education.

Scope: Alternating electric fields·tDCS·tACS·HT
Max frequency: 460 kHz
Licence: Per workstation

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For research and education only. Not a medical device.

Capabilities

From DICOM to report, in one environment

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Automatic segmentation

Build and refine 3D tissue models with automatic segmentation and manual editing tools.

Patient-specific modelling

Create patient-specific 3D volume models that reflect individual anatomy.

Multiphysics simulation

Perform coupled multiphysics simulations to analyse electric field intensity and temperature changes.

VOI-based analysis

Calculate electric field intensity, current density and temperature changes for tumour targets and other volumes or regions of interest (VOI/ROI).

Plan comparison

Compare simulation results side by side across electrode layouts and applied settings to identify configurations suited to your research.

Integrated reporting

Export analysis data and 3D visualisations in standard formats for publications and research reports.

Specification

Recommended system requirements

Below these specifications, solve times degrade significantly

CPU: Intel Core i7-12700 or higher
OS: Windows 10 x64 or higher
Memory: 32 GB or higher
Monitor: 1280 × 900 or higher
Storage: 512 GB or higher
VGA: NVIDIA RTX 2060 (8 GB VRAM) or higher

Data

Standard DICOM data support

Transfer syntax: Implicit VR Little Endian / Explicit VR Little Endian / Explicit VR Big Endian
Compression: Uncompressed, RLE Lossless, classic JPEG (Baseline / Lossless)

Application

Who uses it

Research teams

Simulate different electric field parameters, compare results and organise findings for preclinical and translational research.

Teaching

Help students in biomedical engineering and radiation oncology explore electric field and thermal simulations through hands-on learning.

Device design

Explore how electrode array geometry and electrical drive settings affect simulation results before building hardware prototypes.

Notice

OncoField Lab is software for research and education. It is not a medical device for diagnosis or treatment, and must not be used alone for clinical decisions.

Licence policy →

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Try the key features with your own research data for 28 days.

Each workstation receives a trial licence with full access to the software. Our team can also advise on academic licensing for your research needs.

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