NINGBO RUICAN MACHINERY CO.,LTD owns the CNC machining workshop,have the capability to offer machining services to our clients.
Aluminum Machined Parts are commonly machined in a different variety of Aluminum alloy, the most common being 6061-T6 material. We cater to the electronics, transportation, medical,and security industries as well as others that require custom Aluminum prototypes. Aluminum parts are machined and shipped in 10~15 work days standard, with expedites available. Request for Quotes for aluminum machined parts are generally returned within 24 hours, standard lead time for raw parts is 10 days. Small quantities are warmly welcomed.
Aluminium Machining Parts,Aluminium CNC Machining Parts,Machining Aluminum Gear Parts,Custom Aluminium Machining Parts Ningbo City Yinzhou Ruican Machinery Co.,Ltd , https://www.kstcasting.com
Common Aluminum Alloys:
Aluminum 2024
Aluminum 6061-T6
Aluminum 6063
Aluminum 7075
Siemens PLM Software releases the latest S...
Recently, Siemens PLM Software has released the latest SimcenterTM portfolio, a powerful suite of simulation software and test solutions that will help companies address the engineering challenges of modern, complex products. Simcenter combines simulation and physical testing with intelligent reporting and data analysis technologies to help users create Digital Twins to more accurately predict product performance at all stages of the product development process. As a result, engineering organizations can confidently achieve innovation at a faster rate and at a lower cost. In this portfolio, Siemens also introduced the new generation 3D CAE solution Simcenter 3D based on the Siemens NX® software platform. It integrates the capabilities of multiple solutions and covers a wide range of simulation disciplines and industry applications. The launch of Simcenter marks another step in the way for Siemens to realize its vision of digital strategy and predictive engineering analysis, with the ultimate goal of transforming design simulation and verification into analytical tools, which enable system-driven product development. It is important.
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    According to Peter Bilello, President of CIMdata, “Manufacturing companies urgently need to improve their product engineering practices to overcome new challenges and avoid elimination. Based on the Simcenter product portfolio and predictive engineering analysis vision, Siemens is actively leveraging existing powerful technologies and adopting LMS. The acquisition and the recently completed acquisition of CD-adapco have resulted in a forward-looking vision to address these challenges. As a result, Siemens is able to continue to help its customers meet the engineering challenges of modern products while laying the foundation for future generations of products. ."
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    Many of today's products come from complex product development environments that require a combination of mechanical functions with electronics, software, and control functions. Engineering departments must develop smart products that integrate many of these aspects, adopt new materials and manufacturing methods, and continually shorten the design cycle. This means that the engineering practices currently used for product performance verification must be improved to allow for greater predictive power and support for digital and system-driven product development.
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    Simcenter's goal is to address these challenges by combining multiple technologies in the field of simulation and testing to achieve Siemens' vision of predictive engineering analysis. The technologies involved include computational solid mechanics (CSM) and finite element analysis (FEA), computational fluid dynamics (CFD), multibody dynamics, control, physical testing, visualization, multidisciplinary design exploration, and data analysis. The management of these technologies is implemented in the PLM environment using Siemens' Teamcenter® software to support the engineering and development of complex systems.
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    In Simcenter, the application will also leverage the Industrial IoT (IIoT) to help companies create and maintain digital Twins by integrating sensor-based data and high-fidelity physics-based simulations, and ensuring that they The physical products used are kept in sync. The importance of this capability is that it can help companies make more realistic and useful product performance predictions, adapting these products to changing usage conditions, extending service life and mitigating product degradation.
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    Chuck Grindstaff, President and CEO of Siemens PLM Software, said: "Siemens' predictive engineering analysis vision and digital solution strategy is designed to provide a comprehensive view of product performance information to help manufacturing companies find and respond to modern complex products and systems that bring design and manufacturing The serious challenge. Simcenter marks another big step on the road to achieving this strategy. By increasing internal R&D and strategic acquisitions of industry leaders such as LMS and CD-adapco, Siemens has made a huge Investing in building a solid foundation to continue to advance and expand in the future."
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    It is reported that Dr. Jan Leuridan, Senior Vice President of Simulation and Test Solutions at Siemens PLM Software, stated: "In the Simcenter portfolio, Simcenter 3D provides a unified, scalable and extensible open environment for 3D CAE, with design, 1D Simulation, testing, and data management enable correlation. By combining the capabilities of NX CAE, LMS Virtual.Lab, and LMS Samtech, we offer a comprehensive 3D CAE solution for the market while meeting the needs of CAE analysts and subject matter experts."