- Digitalization of low-flow measurement
- Sensor program expansion with DN100 and DN150
- Transmitter with Modbus and Profibus PA profile 4.0 communication
- Suitable for new applications in oil and gas, marine, and chemical
To extend the numerous process-optimizing advantages of the digital Coriolis flowmeter platform to low-flow applications such as batching, dosing and filling of both liquids and gases, the Sitrans FCT030 and FCT010 digital transmitters can now be paired with the Sitrans F C MASS 2100 and Sitrans FC300 Coriolis sensors for small line sizes from DI 1.5 to DN 15. With this major enhancement to the product line, a broad range of users from chemical to automotive applications can benefit from market-leading mass flow accuracy of 0.1%, density accuracy of 0.5 kg/m3 and 100 Hz signal processing. The high-speed update rate ensures the highest precision for applications such as the filling of beverage bottles.
- Digitalization allows machine manufacturers to develop new business models
- Openness of MindSphere has an important role to play for machine manufacturers
- Siemens connects 240 machine tools with "Manage MyMachines" on MindSphere across the whole exhibition site
At the EMO 2017, Siemens is demonstrating the various connection and installation options of its high-performance and open cloud-based IoT operating system MindSphere for applications in the machine tool sector. The company is connecting over 240 different machine tools from over 140 manufacturers across the whole exhibition site using its "Manage MyMachines" app on MindSphere. In addition to this, machine manufacturers such as Heller are presenting new services and business models based on MindSphere to, for example, increase efficiency and productivity.
The Supervisory Board of Siemens AG has extended the appointment of Ralf Thomas as Chief Financial Officer ahead of schedule. His term of office will now continue until September 2023. Following the early extension of CEO Joe Kaeser's contract in August, this move is a clear signal of the company's commitment to continuity.
- Memorandum of Understanding signed at EMO 2017
- Common understanding of closer, long-term partnership in integrating Siemens technology in FFG machine tools
- Introduction of the Digital Enterprise Suite and the cloud-based IoT operating system MindSphere at FFG
- Collaboration in Product Lifecycle Management (PLM), Manufacturing Operations Management (MOM) and Totally Integrated Automation (TIA)
Siemens and Fair Friend Enterprise Co., Ltd. Taiwan (FFG), which, in addition to its Industrial Equipment and Green Energy Divisions, is one of the world's leading manufacturers of machine tools, now intend to strengthen their long-standing business relationship. The aim of the extended partnership is to consolidate the integration of the Siemens Digital Enterprise Suite across the Taiwanese business and to integrate innovative Siemens digitalization and automation technologies into FFG's machine tools and machine tool technologies.
Siemens China will lead the company's global research in autonomous robotics. As part of Siemens' innovation strategy to master technology fields that are critical for future success. The company announced the move on Siemens Innovation Day China 2017, which was held in Suzhou. A global research community comprising experienced experts from around the world will focus on the research and development of new mechatronics systems, human-robot collaboration and the application of artificial intelligence in robotic controllers. In line with this strategic move, Siemens has also entered into a partnership with Tsinghua University, one of Siemens' Center of Knowledge Interchange universities, to jointly set up a robotics research center in Beijing.
The EMO Hannover is the world's premier trade fair for the metalworking sector. Some 2,000 exhibitors come to the EMO Hannover to present products and services from across every segment of metalworking technology, from machine tools, precision tooling, and automation components to systems with a customer-oriented focus. A selection of accompanying events and special shows form the framework to the EMO Hannover and supplement the exhibition spectrum.
- Siemens China to lead the company's global R&D in autonomous robotics
- Innovative solutions to help build "digital cities" across the country
- Agreement to create Hong Kong's first smart city digital hub powered by MindSphere
- Open innovation eco-system for China and the world
Siemens China will lead the company's global research in autonomous robotics. As part of Siemens' innovation strategy to master technology fields that are critical for future success, a global research community comprising experienced experts from around the world will focus on the research and development of new mechatronics systems, human-robot collaboration and the application of artificial intelligence in robotic controllers. In line with this strategic move, Siemens has also entered into a partnership with Tsinghua University, one of Siemens' Center of Knowledge Interchange universities, to jointly set up a robotics research center in Beijing.
From 14 to 17 September 2017, representatives from the worlds of politics and industry met at the New Mobility World to shape the future of mobility across industries. The event took place within the context of the IAA 2017. Under the banner "Shaping future mobility systems – from understanding to optimizing," Siemens exhibited at Booth 39 in Hall 3.1 with an array of current applications and solutions surrounding the topics of charging technology for electric vehicles and intelligent communication systems linking vehicles and infrastructure. Siemens offers a wide range of products and solutions that help shape the future of mobility already today.
- Digitalization check: transparency of the digitalization capability of the machine park
- Virtual commissioning for OEM: faster commissioning and shorter time-to-market for machines
- Retrofit services for machine tools: economical retrofit measures instead of new investment
At the EMO 2017 in Hannover, Siemens is exhibiting new and expanded digital and classic Services for the machine tool industry – with new capabilities for identifying and exploiting additional productivity potential for machine tools. Machine tool operating companies use the new Digitalization Check as a Service from the portfolio of Manufacturing IT Services to create transparency of the digitalization capability of the machine park. With Virtual Commissioning as a Service, machine manufacturers (OEMs) use a virtual twin to significantly speed up both commissioning and time-to-market.
- Through its strategic partnership with Identify3D, Siemens is offering new ways of protecting the manufacturing processes
- Data encrypted in NX – decrypted in SINUMERIK 840D sl
- Stringent security solution along the digital value chain
- The new security solution will be presented at the EMO 2017 trade fair in Hannover
Siemens is offering new, comprehensive possibilities for data protection in the field of digitalization when third-party service providers are involved in the manufacturing process. With a view of data security licensing and encryption, the corporation has entered into a strategic partnership with Identify3D (ID3D). ID3D has integrated the solutions for security and traceability of digital production processes into the Sinumerik and PLM (Product Lifecycle Management) portfolio of Siemens. Data encryption, including time stamp, is already included in the 3D CAM (computer aided manufacturing) software NX. Decryption takes place on the SINUMERIK 840D sl. Through the cooperation with Identify3D, Siemens has secured the integrity of all process data along the entire value chain with an end-to-end security solutions. Siemens and Indentify3D will present the software integration at the EMO 2017 in Hannover. With the integration of these new solutions into the Siemens portfolio, customers will be able to protect their intellectual property, have their products produced according to the individually defined parameters, and comprehensively track the produced parts.