List of Siemens Simcenter E-Machine Design Customers
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Since 2010, our global team of researchers has been studying Siemens Simcenter E-Machine Design customers around the world, aggregating massive amounts of data points that form the basis of our forecast assumptions and perhaps the rise and fall of certain vendors and their products on a quarterly basis.
Each quarter our research team identifies companies that have purchased Siemens Simcenter E-Machine Design for Electromagnetic Field Simulation from public (Press Releases, Customer References, Testimonials, Case Studies and Success Stories) and proprietary sources, including the customer size, industry, location, implementation status, partner involvement, LOB Key Stakeholders and related IT decision-makers contact details.
Companies using Siemens Simcenter E-Machine Design for Electromagnetic Field Simulation include: Salcomp Oy, a Finland based Manufacturing organisation with 14500 employees and revenues of $760.0 million, VHIT, a Italy based Manufacturing organisation with 424 employees and revenues of $155.0 million and many others.
Contact us if you need a completed and verified list of companies using Siemens Simcenter E-Machine Design, including the breakdown by industry (21 Verticals), Geography (Region, Country, State, City), Company Size (Revenue, Employees, Asset) and related IT Decision Makers, Key Stakeholders, business and technology executives responsible for the software purchases.
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| Logo | Customer | Industry | Empl. | Revenue | Country | Vendor | Application | Category | When | SI | Insight |
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Salcomp Oy | Manufacturing | 14500 | $760M | Finland | Siemens Digital Industries Software | Siemens Simcenter E-Machine Design | Electromagnetic Field Simulation | 2020 | Mait Nordics |
In 2020, Salcomp Oy deployed Siemens Simcenter E-Machine Design to strengthen electromagnetic modeling for charger and planar transformer design activities located in China. The implementation targeted Electromagnetic Field Simulation capabilities to support engineering and product development teams responsible for power electronics and magnetic component design.
The deployment incorporated Siemens Simcenter 3D Electromagnetics capabilities from the broader Simcenter electromagnetics suite, focusing on electromagnetic field solvers, parametric design studies, and multi-physics coupling workflows typical of Electromagnetic Field Simulation projects. Configuration work centered on establishing simulation-driven design iterations for planar transformer topologies and charger magnetics, enabling virtual prototyping and design optimization within the simulation environment.
Mait Nordics served as the implementation partner on the engagement, delivering system configuration and local rollout support for engineering centers in China. Operational coverage concentrated on R&D and design engineering teams, with simulation workflows integrated into product development cycles to inform design decisions and reduce reliance on physical prototypes.
Project governance emphasized iterative simulation workflows and model validation processes, with the stated objective to reduce prototype rounds, cut development time, and lower material costs. The implementation aligned Siemens Simcenter E-Machine Design, Siemens Simcenter 3D Electromagnetics capabilities, and engineering processes to embed Electromagnetic Field Simulation into Salcomp Oy product development.
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VHIT | Manufacturing | 424 | $155M | Italy | Siemens Digital Industries Software | Siemens Simcenter E-Machine Design | Electromagnetic Field Simulation | 2023 | n/a |
In 2023, VHIT implemented Siemens Simcenter E-Machine Design, deploying Siemens Simcenter E-Machine Design as its Electromagnetic Field Simulation platform within the engineering organization based in Offanengo, Lombardy, Italy. The engagement focused on electromagnetic design and analysis for interior permanent magnet synchronous motors IPMSMs, with stated objectives around performance, efficiency and cost targets.
Configured capabilities emphasized electromagnetic finite element analysis for motor topology evaluation, performance map extraction workflows for MTPA and Field Weakening, and coupled thermal modeling via a reduced-order thermal model. Engineers used the application to design and optimize IPMSMs, generate fast evaluable motor performance maps, and analyze heat generation and distribution to support reliability and design decisions.
The implementation integrated explicitly with MATLAB and Simulink to simulate Maximum Torque Per Ampere and Field Weakening regions, and with AMESim and MATLAB to simulate and refine gerotor pump models for improved low-temperature torque prediction. A TensorFlow model developed in Python using real measurement data was used to predict flow rate, pressure and temperature to support sensorless pump operation, while Excel and FEM analysis validated static screw load calculations.
Operational coverage centered on VHIT mechanical and simulation engineering teams, embedding Siemens Simcenter E-Machine Design into model based workflows for motor and pump design iterations and verification. Governance relied on measurement validated simulation loops and toolchain integration across Simcenter E-Machine Design, MATLAB Simulink, AMESim and FEM processes to improve accuracy and support design decision making as documented in company notes.
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