List of CAE products
- classification：CAE
2851～2865 item / All 3885 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
It will be fluid measurement in three dimensions.
- Thermo-fluid analysis
- Flow Meter
PIV systems capable of in-plane, stereo, and time-resolved measurements can be used for various tests.
- Thermo-fluid analysis
- Flow Control
It is possible to utilize for various purposes! 3D data is created from actual products through scanning.
- 3D Printer
- 3D CAD
- Contract Analysis
80 years of cultivated inspection know-how and technology! We conduct accurate measurements using a combination of various inspection machines, both contact and non-contact.
- 3D Printer
- Processing Contract
- Structural Analysis
![[Manga Materials] Reverse Engineeri...](https://image.mono.ipros.com/public/product/image/a96/2000627233/IPROS68033990830146956084.png?w=280&h=280){kind=small}
Proven results in reverse engineering! We support everything from prototype production to evaluation.
- 3D Printer
- Processing Contract
- Structural Analysis
Acoustic analysis is one of the very important analyses in product development to demonstrate its original performance and maintain quality image.
- Acoustic Analysis
For use in healthcare, food, mining, and more! An analysis tool that accurately predicts the behavior of various powders.
- Structural Analysis
- Thermo-fluid analysis
- Analysis Services
[September 6 (Thursday) Nagoya City, Aichi Prefecture] Seminar introducing the general-purpose powder analysis tool "Rocky DEM" and the latest DEM technology.
We will explain, along with examples, high-speed calculations using non-spherical particles and coupling analysis with ANSYS tools. The prediction of powder behavior is increasingly in demand in various industrial sectors, including mining, civil engineering, food, and healthcare. There are many technical challenges, such as modeling particle shapes, the number of particles that can be handled, reducing computation time, and coupling with simulations from other fields. The general-purpose powder analysis tool "Rocky DEM" provides the latest discrete element method technology that can broadly meet the analysis needs in design fields through high-precision modeling of non-spherical particles, high-speed calculations using GPUs, and coupling analysis with ANSYS tools. In this seminar, engineers from ESSS, the developer of Rocky DEM, along with our company, will provide information to help you understand the features of Rocky DEM and the latest DEM technology, from an overview of Rocky DEM to an explanation of the underlying discrete element method technology, application examples, and the introduction of new features in the latest version.
It will be a stereo PIV for microscopes. It is ideal for measuring flow fields in microchannels in MEMS / Lab-on-a-chip applications.
- Laser microscope
- Thermo-fluid analysis
It is the latest structural analysis solver for linear and nonlinear simulations under static and dynamic loads, capable of performance evaluation and optimization for strength, durability, NVH, and m...
- Structural Analysis
- Stress Analysis
Solutions for shortening the duration of each process from product design to mold finishing, as well as improving product accuracy.
- Other CAD
- Other CAM related software
- Structural Analysis
Online Seminar on August 26 (Friday): Impact of High-Precision Material Properties on Press Forming Analysis Results
Have you ever felt that 'the analysis does not match the actual machine' or 'what is necessary for improving accuracy'? In press forming analysis, material properties greatly influence analysis accuracy. We will hold an online seminar focusing on the fundamental aspect of simulation, which is material properties, for those currently using or considering the introduction of press forming analysis. In the first half of this seminar, Professor Susumu Takahashi from Nihon University will give a lecture on the current state of press processing, including tensile tests at press forming speeds and forming analysis. In the latter part of the seminar, we will also introduce the material property calculation tool ESI Mat-Wizard for PAM-STAMP. ■ Event Overview - Date and Time: August 26, 2022 (Friday) 14:00 - 15:00 (60 minutes including Q&A) - Cost: Free (Pre-registration required) - Target Audience: Those using press forming analysis software, not limited to PAM-STAMP, or those considering its introduction - Capacity: 100 people ■ Agenda 1. Opening remarks and introduction of the seminar overview 2. Challenges of applying high-tensile materials to automotive parts and press forming analysis / Professor Takahashi from Nihon University 3. Q&A 4. Improving prediction accuracy with ESI Mat-Wizard 5. Q&A
High-speed computation of very large-scale NVH problems.
- Acoustic Analysis
It is a 2D3C (two-dimensional three-component) PIV. It is ideal for measuring flow fields in towing tanks and other underwater environments.
- Flow Meter
- Thermo-fluid analysis
Support for material estimation using appropriate methods! Please consult us even for items that can only be physically examined and cannot be destroyed.
- Analytical Equipment and Devices
- Contract Analysis
It is a PIV system capable of measuring airflow and water flow, as well as flow velocities of up to 100 m/sec.
- Thermo-fluid analysis
- Flow Meter
![[Case Study] Determination of Inser...](https://image.mono.ipros.com/public/product/image/601/2000622982/IPROS61554638147138618726.png?w=280&h=280){kind=small}
We have added a case study of random integration analysis using the RAISING method!
- Contract Analysis
- Contract Analysis
- Analysis Services
[Case Study] Determination of Insertion Sites for Animal Cultured Cells and Plant Cells
Using the Agrobacterium method, we inserted T-DNA taglines into Arabidopsis thaliana and performed the RAISING method on mouse cultured cells with retrovirus vectors. We confirmed the insertion site sequences using the Sanger method and mapped the decoded sequences obtained from next-generation sequencing analysis to the genome sequence. As a result, it was confirmed that this method is effective for determining insertion positions in both animal cultured cells and plant cells.