List of CAE products
- classification：CAE
1501～1515 item / All 3949 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
Ideal for micro-machining! Achieves deburring of holes and double-sided machining in one pass, which was difficult with conventional tools!
- Other machine tools
We will be exhibiting at Mecatronics Tech Japan 2021 from October 20 (Wednesday) to October 23 (Saturday)!
Our company will exhibit at "Mechatrotech Japan 2021," which will be held at Portmesse Nagoya from Wednesday, October 20 to Saturday, October 23, 2021. We will introduce our tools, including the 'Bar Off Tool' capable of chamfering and deburring from a diameter of 0.8 mm, and the 'FEM' tool breakage detection device that reliably detects breakage. We look forward to your visit. (Booth number: 2B12)
To researchers involved in live cell analysis! Introducing new assays in cancer research, immunology, and neuroscience.
- Other analyses
Observing the glass fracture surface focuses on the origin and the direction of crack propagation to investigate the cause of the damage!
- Contract Analysis
- Other analyses
- Analysis Services
We will confirm the situation as much as possible, obtain mock samples, recreate the conditions during destruction, and conduct an investigation into the cause!
- Contract Analysis
- Other analyses
- Analysis Services
By conducting fracture surface analysis using a microscope or FE-SEM, it is possible to estimate the fracture phenomenon!
- Other analyses
- Analysis Services
- Contract Analysis
Conducted shape measurement on screw threads! A case comparing the healthy part and the damaged part with JIS standard values.
- Contract Analysis
- Other analyses
- Analysis Services
It is possible to evaluate corrosion levels and measure in real-time without cutting! Measurement examples are included.
- Contract Analysis
- Other analyses
- Analysis Services
A must-see for those struggling with lightweight design! We are offering a collection of case studies summarizing examples of lightweighting rotating parts and shape optimization cases for multiple co...
- Structural Analysis
We will introduce examples of optimization related to spot-welded components and cases proposing shapes that equalize reaction forces ★ Detailed explanations of analysis models, optimization condition...
- Structural Analysis
- Contract Analysis
- Other analyses
Detailed explanations of examples of shape optimization that aligns the natural frequency with experimental measurement results, and examples of topology optimization that consider manufacturing requi...
- Structural Analysis
20th Anniversary of the Structural Optimization Design Software OPTISHAPE-TS
On December 9, 2023, the structural optimization design software OPTISHAPE-TS celebrated its 20th anniversary. Since the release of its predecessor, the world's first commercial topology optimization software OPTISHAPE in 1989, it has been utilized in a wide range of applications across research, development, design, and production in various manufacturing industries. We sincerely thank you for your continued support over these 35 years. In addition to the pioneering development of topology optimization, OPTISHAPE evolved further in 1997 with the incorporation of shape optimization functionality using the method of forces (H1 gradient method), leading to the renewal of OPTISHAPE-TS, which was released in 2003. Since then, we have continued to upgrade the product by incorporating customer feedback, and the current version is now the 18th generation. To commemorate the 20th anniversary of its release, we plan to deliver projects and information related to OPTISHAPE-TS throughout the 2024 fiscal year. We will continue to walk alongside you to further contribute to your technological advancement, and we hope you will look forward to the future of OPTISHAPE-TS. Thank you very much for your continued support.
To reduce prototyping costs and shorten development time! It is possible to analyze mechanical behavior, including deformation of parts due to load. We also pursue ease of use in a simple operating en...
- Structural Analysis
Collection of case studies on initial layout design and structural optimization aimed at weight reduction and rigidity improvement.
- Structural Analysis
We will introduce examples aimed at stress reduction, weight reduction, and control of natural frequencies. Consideration of situations such as component interference is also included! Detailed explan...
- Structural Analysis
20th Anniversary of the Structural Optimization Design Software OPTISHAPE-TS
On December 9, 2023, the structural optimization design software OPTISHAPE-TS celebrated its 20th anniversary. Since the release of its predecessor, the world's first commercial topology optimization software OPTISHAPE in 1989, it has been utilized in a wide range of applications across research, development, design, and production in various manufacturing industries. We sincerely thank you for your continued support over these 35 years. In addition to the pioneering development of topology optimization, OPTISHAPE evolved further in 1997 with the incorporation of shape optimization functionality using the method of forces (H1 gradient method), leading to the renewal of OPTISHAPE-TS, which was released in 2003. Since then, we have continued to upgrade the product by incorporating customer feedback, and the current version is now the 18th generation. To commemorate the 20th anniversary of its release, we plan to deliver projects and information related to OPTISHAPE-TS throughout the 2024 fiscal year. We will continue to walk alongside you to further contribute to your technological advancement, and we hope you will look forward to the future of OPTISHAPE-TS. Thank you very much for your continued support.
A must-see for those troubled by vibration issues! We present a collection of case studies that include examples of tuning natural frequencies to measurement results and optimizing shapes to improve n...
- Structural Analysis