Whether for workpiece handling, retooling, postprocessing or parallel
machining, robots and machine tools are working ever more closely together.
Companies in almost all industrial sectors already benefit from robots today.
But integrating robots into automation and exploiting their full potential poses
many challenges. Under the motto "Seamless and fast integration of robot
kinematics into automation", Siemens will be presenting at this year's
automatica (Hall B6, Booth 302) how companies can overcome these
challenges and how the digital and real worlds can be connected through
robotics and automation solutions.
- Y-turning and Advanced Rapid Movement for even more machine tool productivity
- Reduced Dynamic Mode reduces wear and increases availability
- End-to-end keyboard and machine control panel portfolio from 15 to 24 inches
Siemens is expanding its
offering around the Sinumerik One "digital native" CNC. The new CNC
generation from Siemens, which was introduced to the market in 2019, is also
coming up with innovations in software and hardware this year. With the new
Sinumerik V6.20 software, there are new technology functions for the Sinumerik
One that simplify operation, reduce machine wear, and increase productivity.
Siemens is thus demonstrating once again how the powerful Sinumerik One machine
tool control system can be optimally used for digital transformation in a
highly productive, flexible, and modular way.
- Performance optimized, easy to use and future-proof servo drive system
- Flexible and compact – scalable depending on the application
- Easy engineering thanks to integration in TIA, integrated web server and one-button tuning function
With Sinamics S200, Siemens is launching a new servo drive system designed
for a variety of standard applications in the battery, electronics as well as other
industries. It consists of a precise servo drive, powerful servo motors and
easy-to-use cables and offers high dynamic performance. Applications that
require precision in speed and torque, such as winding and unwinding machines in
battery manufacturing and cell assembly, particularly benefit from the new
servo drive system. For this purpose, Sinamics S200 offers optimized speed
ripple, cogging torque compensation, 17/21-bit ST and 21-bit MT encoders, and
cycle-synchronous communication for optimized performance by
Profinet IRT in minimum 250us.
- Desigo PXC7 building automation controller enables tailor-made and scalable solutions for larger buildings
- Speeds up and simplifies engineering and commissioning process
- Higher resilience and availability thanks to BACnet Secure Connect communication
After the
launch of the PXC4 and PXC5 controllers for the optimized control of small and
medium-sized buildings, Siemens has added the PXC7 to its Desigo portfolio to
offer even more flexibility to building automation practitioners. This new
addition allows professionals to program heating, ventilation and air
conditioning (HVAC) applications for larger buildings. Thanks to its simplified
integration capabilities, the Desigo PXC7 controller supports
system integrators in providing
a complete automation solution.
- New V6 software generation with new functions like a single positioner to reduce the load of the controller, and EtherNet/IP to allow third-party controllers to be connected
- Simulation via DriveSim Advanced enables virtual commissioning in advance, ensuring drive process requirements are met efficiently and cost-effectively
- New hardware architecture with functional enhancements like a second encoder interface and 3C3 (H2S and SO2) coating increases precision and robustness
Siemens is innovating the well-established Sinamics S210 servo drive system with a new hardware architecture and new V6 software generation that expand the system's range of applications. The servo drive system is especially suitable for applications with high dynamics in the power range between 50 W and 7 kW: for example, machines for packaging, pick & place applications, and digital printing.
- Siemens presents a new CNC for woodworking machines at the Ligna
- Sinumerik MC is the open CNC for customized processing machines
At the Ligna Woodworking Trade Fair 2019, Siemens is showcasing the Sinumerik MC control as a universal, open CNC system. Its optimized motion control, high-performance automation and the integrated Windows 10 operating system make it the ideal control, especially for wood, glass and stone cutting machines. With its open operating concept, the control system is also suitable for additive manufacturing, adhesive application, plate cutting, straightforward grinding, and laser or water jet cutting.
- New NCU 1740 for higher scalability of Sinumerik One
- Sinumerik Run MyRobot /Direct Control V2.0 and Run MyRobot /Direct Handling V2.0 available for Sinumerik One
- New functions for the Digital Twin in Create MyVirtual Machine and Run MyVirtual Machine
Siemens is expanding its offering for the "Digital Native" CNC Sinumerik One. Two years after its market launch, the technology company is presenting numerous innovations in hardware and software for the Sinumerik One at EMO Milano and the virtual Siemens Machine Tool Days. In this context, Siemens is demonstrating how the powerful machine tool controller can be used in a highly productive, flexible, and modular way and in the best possible way for digital transformation. In terms of hardware, the new NCU 1740 complements the existing NCU 1750 and 1760 as well as the PPU 1740, thus expanding its use in modular machines.
- Approximately
2,000 kilometers of modern, safe and integrated rail system to link 60 cities for people and goods across the country
- Siemens
Mobility to provide 41 Velaro
eight car high-speed trains, 94 Desiro high-capacity four car regional train
sets and 41 Vectron freight locomotives
- Turnkey
contract includes latest rail infrastructure technology, eight depots &
yards and 15-year maintenance agreement
- Will
create sixth largest high-speed rail system in the world
- To
complete all aspects of the project the consortium will create up to 40,000
local jobs
Siemens Mobility and its consortium partners Orascom
Construction and The Arab Contractors have signed a contract with the Egyptian
National Authority for Tunnels (NAT), a governmental authority under the
jurisdiction of the Ministry of Transport of Egypt, to create the sixth largest
high-speed rail system in the world. The Siemens Mobility share of the combined
contract is 8.1 billion EUR and includes the initial contract of 2.7 billion
EUR for the first line signed September 1, 2021.
- Sinumerik One is setting new standards in terms of productivity thanks to a new hardware platform and innovative technology functions
- Digital service offering supports machine users and machine manufacturers with the creation of a digital twin and with virtual commissioning
- Sinumerik One on show at EMO with more than 20 pilot customers
With the latest CNC generation, Sinumerik One, Siemens is presenting the essential component for the digital transformation of machine tools at EMO 2019. As a "digital native", the controller features versatile software for the creation of corresponding digital twins. Sinumerik One is setting new benchmarks in terms of productivity with its new hardware platform. A wide range of innovative technology functions help to improve processing speed, contour accuracy and processing quality.
- Siemens supports BioNTech in converting to vaccine production at the Marburg plant
- Key parts of the new Manufacturing Execution System ready to use after only two and a half months
- Digitalization enables paperless documentation of production
The BioNTech SE biotechnology company based in Mainz has converted an existing facility in Marburg for the production of the Covid-19 vaccine in a record time with assistance from Siemens. The production plant has been producing the active substance since February and the vaccine BNT162b2 (also known as COMIRNATY®) since the end of March. BioNTech acquired a production facility for this in the fall of 2020 that was already equipped with capabilities for producing biotechnological substances. Through collaboration with Siemens and the team of experts on site in Marburg, the project timeline for converting the existing facility for the production of mRNA-vaccine was cut from around one year down to five months, whereby the implementation of key parts of the new Manufacturing Execution System (MES) was reduced to two and half months. The new system and end-to-end digitalization of production enable conversion to “paperless documentation of production”, which can immediately fulfill all documentation requirements.