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The 16th China Laboratory Medicine and Blood Transfusion Instrument Reagent Expo
The 16th China Laboratory Medicine and Blood Transfusion Instrument Reagent Expo
The 16th China Laboratory Medicine and Blood Transfusion Instrument Reagent Expo(read more) was successfully held in Nanchang Greenland International Expo Center in China on 2019/3/22-2019/3/24. Many outstanding enterprises in the medical device industry including UMot Technology were invited. Exhibitors. Exhibited products include stepper motor, blood analyzer, nuclear magnetic resonance, color ultrasound, digital subtraction instrument, CT, MRI, X-ray machine, CT/X-ray tube, washing machine, B-ultrasound, mirror equipment, positive Electronic tomography scanner, gamma camera, image recorder, and image processing system etc.(Application field)UMot Technology(fshllkw.cn) specializes in the design and production of hybrid stepper motors, linear stepper motors, closed-loop stepper motors and brushless DC motors and related drives, linear motion actuators, linear guides, servo motors and servo drives, 4-axis and 6-axis The robot controller, the manufacturer of high-tech precision motor and drive control products for planetary gearboxes, exhibited the dynamic demonstration of a full range of stepper motors and screw motors at the show, which fully demonstrated the stability of stepper motors and module products. The advantages of sex and high precision have attracted many domestic and foreign customers to visit and communicate in depth, which has attracted wide attention.The "International Laboratory Medicine and Blood Transfusion Instrument Reagent Expo" is a grand event with the professional characteristics and strength of the exhibition, which is approved by the State Administration of China, to showcase the production, sales and operation performance of the laboratory medicine and blood transfusion supplies industry. Since its inception in 2002, it has become the stage for the appearance of the most advanced domestic and international technology products, the high-end display and commercial communication platform for the medical equipment industry.According to the statistics of the Ministry of Commerce of China: China's medical device market reached 300 billion US dollars last year, becoming the world's second largest medical device market after the United States, and growing at a rate of 23% per year. It is expected to surpass the United States in 2020 and become the world's number one. Large medical device market. Strong market demand has spawned the prosperity of the medical device industry. In the future, with the improvement of the aging of the society, the high standard of living of the residents, the high technical and quality standards for medical devices, and the growing awareness of people's health care, the medical device industry will become the fastest growing and most traded. One of the active industries.(UMot Technology was invited to participate in the 16th China Laboratory Medicine and Blood Transfusion Instrument Reagent Expo)The 16th China Association of Clinical Laboratory Practice ExpoHolding time: 2019/3/22---2019/3/24Exhibition Hall: Nanchang Greenland International Expo CenterIndustry: InstrumentationExhibition City: Jiangxi | Nanchang City
UMOT Successfully hold the Exhibit for the 19th Lijia International Intelligent Euipment Fair.
UMOT Successfully hold the Exhibit for the 19th Lijia International Intelligent Euipment Fair.
UMot, a professional solution provider for automatic industry, is introducing its latest servo applications at the Lijia show. The expo was hold from 9th., to 12th., May.This expo covered 85,000 square meters and attracted more than 1100 exhibitors from the world. Various products were showed, including machines, technology equipment and solutions for digital Factory, transmission, distribution as well as laser solution,3D printer,mould and measuring.This expo is mainly for intelligent manufacturing,military aerospace,car manufacturer.UMot's long-term strategy and business model are perfectly aligned with its corporate mission of" Concentrate,profession, and Focus" UMot mainly showed the EtherCAT servo solution with Trio MC4N controller, EtherCAT servo solution with our 4 axis,6 axis, 8 axis robot controller. A Scara robot was showed, it attracts many customers to visit. Stepper motor, linear stepper motor, PLC, HMI, planetary gearbox, harmnice gearbox also showed.
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EtherCAT has a big help to realize the potential of industrie 4.0
EtherCAT has a big help to realize the potential of industrie 4.0
The industrial-automation future is a production environment in which devices, machines, and materials are equipped with sensors. Major industrial-automation suppliers promise interoperability among factory-floor devices, and extending to cloud-based enterprise applications and corporate data centers. This bridges the divide between networks for information technology and those for operations technology. Collaboration enhanced by connectivity increases production quality, efficiency, and flexibility.Every sensor, actuator, and factory machine becomes a network participant. Access to the data throughout the enterprise supports operational efficiency. However, a standards-based approach that leverages existing infrastructure is required, while remaining platform and operating-system agnostic to support many different devices.For resource-constrained devices, protocols historically deployed for data transport and cloud integration were proprietary and not internet protocol (IP)-based. This was due to the large overhead and resource requirements associated with IP packets. Proprietary protocols were embraced because IP was not considered practical for low-power network nodes, like sensors and actuators, as IP was bandwidth-hungry and memory-intensive. However, with the introduction of IPv6 over Low Power Wireless Personal Area Networks (6LoWPAN) the industrial internet of things (IIoT) landscape has changed.According to Wikipedia, 6LoWPAN is the name of a concluded working group in the internet area of the Internet Engineering Task Force (IETF). It originated from the idea that the IP could and should be applied even to the smallest devices, and that low-power devices with limited processing capabilities should be able to participate in the internet of things.Thus, the use of standards-based IP over low-power link technologies is now possible.6LoWPAN is an adaption layer between the IP link and the network layer to enable transmission of IPv6 packets over low-power wireless connections like 802.15.4. 6LoWPAN provides header compression and packet fragmentation to reduce payload size, which allows the low-power transmission of standards-based IPv6 packets. With layer-2 packet forwarding, 6LoWPAN supports large quantities of nodes in low-power networks requiring multiple hops over large areas.Large industrial automation players drove market fragmentation by promoting different fieldbus technologies. Yet connectivity is essential to further advances in factory automation. The future is adoption of standards-based fieldbus technologies that leverage traditional network infrastructure.Ethernet for control automation technology (EtherCAT) is one example of a fieldbus solution that uses existing standard Ethernet infrastructure. EtherCAT is a globally emerging technology that could potentially lead toward a standard for Ethernet fieldbus.EtherCAT is Ethernet-based with real-time support and built-in security. It is one of the most efficient Ethernet-based industrial communication protocols available. Further, EtherCAT is based on standard Ethernet hardware for real-time communication for industrial applications. Processing "on-the-fly" is a key feature of EtherCAT.As network traffic is generated from the master EtherCAT controller, EtherCAT slave devices process each frame "on-the-fly" without stopping them. Data reads and writes can be extracted and inserted by each slave device as the frame navigates throughout the network without losing any overhead. As the required control-loop period can change depending on the control function required, EtherCAT offers flexibility. Longer cycles for I/O updates, or ultra-short cycle times for synchronizing robotic arms, for example, can coexist on the same wire.Because EtherCAT is Ethernet-based at the physical layer, it uses standard Category 5 cabling and network-interface. To facilitate TCP/IP-based data transfers within an EtherCAT segment, an Ethernet over EtherCAT protocol can be used. Switchports are needed to connect Ethernet devices to an EtherCAT segment. The Ethernet frames are tunneled through the EtherCAT protocol, which makes the EtherCAT network completely transparent to Ethernet devices.To prevent any degradation to performance, the switchport takes care of inserting TCP/IP packets into the EtherCAT traffic in a manner that prevents the network's real-time properties from becoming infected. Additionally, EtherCAT devices may also support Internet protocols (such as HTTP) and can therefore behave like a standard Ethernet node outside of the EtherCAT segment.While EtherCAT is inherently secure, tunneling to other networks within the enterprise using TCP/IP can lead to problems. Integration with EtherCAT demands protocols that address the security required to prevent device compromise connected to the fieldbus. Recently, EtherCAT and the OPC Foundation announced collaboration plans to jointly support the Industrie 4.0 standard. The OPC unified architecture (OPC UA) was designed with system-wide security in mind.OPC UA includes countermeasures against cyber threats such as denial-of-service attacks, compromising extranet or cloud components, and introduction of malicious software via Intranet or Internet. It is implicitly secure, using access control, encryption, digital signatures, and X.509 certificates to address security requirements. Because OPC UA is platform-independent and scalable, it integrates devices throughout the enterprise. OPC UA can be deployed on embedded devices executing real-time operating systems or for services running Linux and Windows platforms.With the combination of OPC UA and EtherCAT, standards-based protocols can integrate the factory floor with enterprise and supply-chain systems.Mentor embedded runtime solutions support multicore development for IIoT. Mentor Nucleus real-time operating system (RTOS) and the open-source Mentor embedded Linux are among popular runtime systems in use today.In addition, Mentor's runtime solutions are integrated with industrial fieldbus support, including both EtherCAT and Ethernet IP, supporting industrial protocols such as OPC UA, CANbus, Modbus, and others.In an industrial-automation age of connected devices, in which sensors, actuators, and control machines are active network participants, standards-based protocols are emerging to secure transport of data from the factory floor to the cloud.EtherCAT is a highly useful fieldbus that's enabling a vast number of connected devices to communicate within an already established IIoT/machine-to-machine infrastructure.
EtherCAT servo with Beckoff solution
EtherCAT servo with Beckoff solution
EtherCAT (Ethernet for Control Automation Technology) offers similar excellent features like RTEX. However, EtherCAT is an open, standardized field bus that allows an open data exchange with all other EtherCAT motion controllers.UMot EtherCAT can be a good solution to Beckoff controller and Trio controller.
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as the comprehensive technology enterprise which integrating sales,production,research and development in china, umot is committed to the promotion of industry 4.0, providing comprehensive solutions for motion control,product support ,and technology service all over the world. 

买大乐透15十2要多少钱specializing in the production of servo motor, stepper motors, industrial robots, linear module and motion control system solutions. 

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