FTI Announces Release of CATSTAMP® CAA V5-Based and CATSTAMP® for CATIA V6 21 August 2019
This new integrated report allows users to highlight and identify important information, including the number of devices used, the cost of each device, and the total cost per unit of production.
The true weight of the part, which takes into account knot-by-knot thinning and component elongation, has been significantly improved to take into account the manufacturing process of the body of a white component. CATSTAMP (r) can be used in tooling and construction processes to accurately predict sheet metal forming such as spring back and sheet metal forming. Sheet metal molds are an expensive process both in time and in terms of current production costs, but can also be sprung in other ways, for example by using high-quality materials.
About FTI ( Forming Technologies)
Form Technologies is one of the world's leading developers of computer-aided engineering software and training solutions. FTI has trained over 12,000 engineers in molding and tool design and has been providing innovative software training solutions since 1989 that reduce development time and material costs. CATSTAMP (r) is the most advanced sheet metal mold software available in the industry.
Hexagon's Manufacturing Intelligence Division provides solutions that leverage design, engineering, production, and metrology data to make manufacturing smarter. This technology is shaping urban production ecosystems to become increasingly connected and autonomous, ensuring a scalable and sustainable future. We use data to increase efficiency, productivity, and quality, focusing on data analysis, data science, and machine learning.
Hexagon (Nasdaq: Stockholm: HEXA - B) has a strong track record in the global manufacturing industry for over 30 years.
New Features of CATSTAMP
The Forming Toolbar and a new single dialog allow for twice the speed, are intuitive to use and more efficient for users to significantly reduce the mileage of the mouse. In addition, the new integrated data management architecture no longer requires CATIA Analysis Workbench, making data management seamless, as FTI CATSTAMP (r) results are stored natively in CATPart files. The FTI CAT STAMP product can be combined with CATIA V5 and V6 to form a single, easy-to-use, powerful data management platform.
This version introduces numerous improvements to ensure the best possible user experience for the FTI CAT STAMP (r) product. CATSTAMP now has a new dialog, the Forming Toolbar, which allows users to identify information from anywhere on the component. The new GUI and the addition of a mold toolbar to the CATIA V5 and V6 concepts provide a fully implemented, intuitive, and intuitive user interface with a single, easy-to-use interface.
This concept helps customers reduce material waste by replacing virtual tryouts with test stamps and by addressing plasticity issues that threaten the integrity of parts before the stampings enter production
The FTI CATSTAMP (r) product is integrated with CATIA V5 and V6 and is the most advanced data management and analysis platform on the market. Form Toolbar and a new single dialog allow for twice the speed, are intuitive to use, and more efficient for users who significantly reduce the mileage of the mouse. In addition, the new integrated data management architecture no longer requires the use of the CATIA Analysis Workbench, which makes data management seamless and saves all results natively in CATPart files.
The CATSTAMP (r) now has a new dialog with a single tabbed interface that allows users to identify information from anywhere on the component. Form Toolbar and the integration of the new CATIA Analysis Workbench with CATIA V5 and V6 allow a fully implemented concept of data management and analysis in the form of CATPart files. This version introduces numerous improvements to ensure maximum performance, reliability, and ease of use for the FTI CAT STAMP APEX.
This concept helps customers reduce material waste by replacing virtual tests with test embossings and by addressing formability issues that threaten the integrity of the part as soon as the embossings enter production.