CENOS : IH is a simulation software for engineers working with induction heating applications. It enables the in-house design of efficient induction coils, heating recipes, impedance matching, and other induction heating-related tasks.
This simulation tool helps engineers perform induction heating tasks with confidence and in less time by replacing physical tests with computer simulations.
It is ideal for a variety of industries and applications – heat treatment of steel parts in automotive, aerospace, tooling, machinery, and medical; induction heating, welding, brazing, shrink fitting for processing of metals, packaging; induction cooktop design, and other industries.
CENOS: IH provides design and manufacturing engineers the unique experience in predicting hardening profile, metallurgical phases and hardness of steel parts after quench hardening in single-shot, scanning and other types of induction hardening processes.
CENOS: IH enables in-house design and optimization of induction coils for steel and non-ferrous metals. It also helps improve heating profiles by placing flux concentrators and improves coil lifetime by preventing local overheating.
CENOS : IH simulation software provides engineers with the specialized tool for process design in a variety of induction heating applications, including but not limited to pre-heating for coating, forging, welding; induction brazing; heating for mounting, shrink-fitting, banding, and other applications.
CENOS : IH is good for engineers designing induction cooktops helping to perform impedance matching, improving induction coupling efficiency, and other specialized tasks.
Import CAD
Take your design
Set up parameters
Define physics and materials
Review results
Make decision
In this short video, we walk you through the results of the induction heating simulation. With the CENOS™ simulation software, you can simulate induction heating recipes and coil design in 3 easy steps. Induction heating simulation software is easy to learn for beginners, but powerful enough for professionals. As a result, you get visualized graphs in 3D and diagrams, as well as a generated PDF report.
When studying different antenna
dimensions, parametrize your
geometries or reload a new CAD keeping
the previously set parameters.
CENOS : IH provides a powerful set of
post-processing tools, which all can be
customized or supplemented by a user
with the means of a Python script.
Preparing presentations with simulation results is a necessary but everyday task. With the one-click PDF report feature, CENOS™ does it for you.
You can send the results immediately by e-mail to your colleagues or customers. Or you can print and send a hard copy – whichever suits you best, so you can get back to the practical work.
An integrated software chat with CENOS™ engineers provides you with immediate and detailed technical support. No fancy chatbots here!
Our product engineers take one day of paid vacation every week for customer support. This gives customers in-depth expertise and engineers first-hand feedback. A real win-win situation.
Prices are shown in U.S.$, exl. VAT if applicable
Preheating of substrate for DED and laser cladding processes
University of Navarra
CEIT Use Case →
Importance of heating simulations for additive manufacturing coils
Himmelwerk
Case Study→
The benefits of modeling: achieving accurate heating parameters for sintering YAG ceramics
Brazilian Center for Research (CNPEM)
“Sirius” project→
Our offices are located in Europe and North America. So you can be sure that immediate support is available in your time zone.
Set up a free 30-minute meeting with our engineer to discuss how CENOS simulation tools can optimize your process of engineering. Ask experts how to start or go for the free trial right away.
We are a software company on a mission to reshape the engineering process by providing engineers of all disciplines with truly accessible simulation tools for practical work.
C. Héroe de Nacozari 25B-int V-2210, Centro, 76000 Santiago de Querétaro, Qro., Mexico.
(US) +1 (708) 794 4046
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