INDUCTION HEATING

Simple induction heating simulation software trusted by industry leaders

Reduce the number of physical tests and development time of induction coil and systems. Create heating recipes with confidence.

"We got an important coil order demonstrating a customer the hardening zone simulation in CENOS."

"CENOS commitment and support is great. The software is exceptional help for induction coil designers!"

"To support our customers with 100% pure 3D copper coil design, we use CENOS simulation software, since we can rely on the simulation results."

What are the benefits of simulation?

Do I need to be a trained engineer to use it?

Why choose CENOS?

Your first simulation in 3 easy steps:

click to unmute

1

CHOOSE GEOMETRY

2

DEFINE PARAMETERS

3

RUN CALCULATION

  • from templates

  • import CAD 

  • build from scratch

  • frequency

  • electric current or voltage

  • heating time

  • cooling conditions and materials

  • full non-linear properties like B-H curve

  • lose of ferromagnetic properties over Curie temperature

  • temperature dependence of other material properties and coefficients

  • Get the results like temperature and magnetic field beautifully visualised in 3D rendering, plots and more.

  • Apparent power, induced heat and inductance are logged in Excel file.

  • Post-processing is powered by ParaView.

Design and simulate induction coils, induction systems and create heating recipes for:

  • Induction hardening

  • Single-shot hardening

  • Scanning hardening

  • Surface hardening

  • Tempering

  • Annealing

  • Normalizing

  • Induction brazing & soldering

  • Welding

  • Preheating for welding

  • Bonding and curing

  • Shrink fitting

  • Induction bending

  • Semiconductor crystal growth

  • ​​Induction heating of billets, bars and strips

  • Forging

  • Metal forming

  • Preheating of injection moulds

  • Induction melting

  • Additive inductor manufacturing

  • other applications

Features

  • MS Windows desktop software

  • Easy-to-use and intuitive user interface

  • Automatic and user-controlled meshing

  • Reliable calculation results approved by experiments

  • Optimal calculation time, tools for fast estimation

  • Powerful post-processing (visualization) of results

Simulation Capabilities

  • Steady state & transient simulation

  • 3D, 2D, axial symmetric

  • Wide frequency range up to MHz

  • Rotation and scanning of a workpiece

  • Non-constant material properties:
    σ(T), λ(T), cp(T), μ(T), B(H), B(H,T)

  • Cooling: convection, radiation, combined both

  • Time-dependent current source I(t) or voltage drop in a coil

Use CAD files

Easily process your CAD files with CENOS intuitive CAD framework

Supported file types:

Templates

Choose from parametrized templates for the most frequently used geometries

Build from scratch

Use a built-in CAD redactor to

create any custom geometry

"We got an important coil order demonstrating a customer the hardening zone simulation in CENOS."

"CENOS commitment and support is great. The software is exceptional help for induction coil designers!"

"To support our customers with 100% pure 3D copper coil design, we use CENOS simulation software, since we can rely on the simulation results."

Licence prices (monthly & annual lease)

CENOS Platform - a desktop software for Microsoft Windows

for academic &

non-commercial use

COMMUNITY

FREE

We expect sharing your results with community. 

CENOS is built by researchers, willing to give back to the academic community

for rare users & solo projects

PAY-AS-GO

$300 

/ mo

Monthly subscription

(4 days are included in the subscription, pay for extra days used)

Billed quarterly

for professional users

PROFESSIONAL

$800

/ mo

per workstation

Monthly subscription

Unlimited use

Billed annually

for teams

TEAM

$1200 

/ mo

per floating license

Monthly subscription

Floating license Unlimited use

Billed annually

Subscribe and download our e-book: 

"The Role Of Simulation In Induction Heating Applications"

© 2017-2020 CENOS LLC |  Kalnciema str. 106A-2A, Riga, LV-1046, Latvia |  Have a question? Email us 

  • Twitter Social Icon
  • Facebook Social Icon
  • LinkedIn Social Icon
  • YouTube Social  Icon
  • Reddit
Induction heating 3D simulation