What can laser engraving machine do? Mug rotary engraving creates exquisite aesthetics

What can laser engraving machine do? Mug rotary engraving creates exquisite aesthetics

Privately customized exquisite mugs that can make people feel warm and decorate life. Laser engraving machine helps you engraving beautiful pattern on mug that markes life full of wonderful moments. 

Ordinary Ceramic mugs always lacks vitality

PTJ has more than decades of experience in China and can offer one-stop 3d Printing service (3d printing parts & CNC machining prototype) for our OEM customers.

Laser engraving gives mug vitality and artistic aesthetic sence

You can engrave poetry and drawing on the body of ceramic mug cup

Could deduce the art world of mug cup easier through safe, easy operation of laser engraving machine

Laser engraving machine could make simple mug cup not simple

Could engraving any individual patterns on mug cup just through one key operation on the computer

Excellent software and operation system become the industry’s best laser engraving machine, and beautiful appearance desin enjoys your eyes

Laser engraving machine black and white alphabetic bone porcelain mug cup

Classic and concise design conveys a quiet attitude of life

High quality engraving only need bold creation and infinite imagination but no experienced craftsmen, beacause a laser engraving machine could help you finish it easily

Recommend High Speed Laser Engraving Machine with Rotary Fixture

It is equipped with self-developed excellent Smart Carve software and controller to achieve incredible high speed and stable operation of the laser engraving machine. 

No need to worried about sudden blackout and temporary emergency that Han’s Yueming laser machine supports work time preview and interruptible engraving recovery after power-off.

You can engraving any cylindrical products with professional rotary fixture of laser engraving machine. 

Link to this article:What can laser engraving machine do? Mug rotary engraving creates exquisite aesthetics

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China Top additive manufacturing company that specializes in additive technologies:DLP, Carbon Digital Light Synthesis (DLS), HP Multi Jet Fusion (MJF), Stratasys FDM, select laser sintering (SLS), binder jetting, SLA,direct metal laser sintering (DMLS) and more. PTJ 3D Printing Company can help you discover new applications for additive, design applications, manufacture industrial-grade parts and fulfill at scale. Meets AS9100D standards.

Siemens helps Chinese industry take a solid step towards digital transformation

·Appeared at the 2019 China International Industry Fair to fully Display one-stop product portfolio and services covering evaluation, consulting, integration, implementation and data services

·Jointly launched a new digital enterprise capability evaluation Model with CCID Lingxi to help enterprises accurately implement digitalization

Explore the industrial application prospects of cutting-edge technologies such as edge computing, artificial intelligence and additive manufacturing

Signed cooperation agreements with a number of companies to promote the digital transformation of pharmaceutical, chemical and other industries and the industrial application of additive manufacturing

Siemens unveiled at the 2019 China International Industry Fair with the theme of “Digital Enterprise – Thinking about the Future of Industry!”. At this expo, for the first time in China, Siemens fully demonstrated its one-stop product portfolio and services covering the entire cycle of enterprise digital transformation, covering assessment, consulting, integration, implementation and data services, to help enterprises of different scales and development stages solve Pain points and difficulties on the road of digital transformation help Chinese enterprises to implement digital transformation into reality. At the same time, Siemens demonstrated the application prospects of cutting-edge technologies such as edge computing, artificial intelligence, additive manufacturing and industrial 5G in the industrial field, opening up new possibilities in terms of efficiency and flexibility. Siemens has also signed cooperation agreements with a number of companies to help customers in the pharmaceutical, chemical and other industries continue to promote digital transformation, and jointly develop industrial applications of additive manufacturing with additive manufacturing equipment suppliers.

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The global industrial value chain is undergoing a new round of changes. China’s industry has unique advantages with its huge market scale, mature industrial ecology and high-quality talents, but it urgently needs to rely on digital technology to meet the market’s demand for customization, innovation speed and products. higher quality requirements. Wang Haibin, Executive Vice President of Siemens (China) Co., Ltd. and General Manager of Siemens Greater China Digital Industry Group, said: “Siemens can provide customers with a unique one-stop digital enterprise solution. With rich industrial software, the world’s leading industrial product portfolio and MindSphere, a cloud-based open IoT operating system, we are able to create digital twins for our customers covering the full value chain of product, production and performance for greater flexibility, higher productivity, and shorter time-to-market and better product quality, helping Chinese companies take a solid step towards digital transformation.”

During the exhibition, Siemens and CCID Lingxi, an intelligent manufacturing evaluation and consulting agency, jointly launched a new “Digital Enterprise Portrait” – the Digital Enterprise Portrait. A pre-release version of the model was first released in 2018, and nearly 3,000 evaluation reports have been generated to date. The upgraded “Digital Enterprise Profile” relies on Siemens’ digital transformation experience in supporting thousands of customers in different industries around the world and its own digital production and operation management system, combined with CCID’s intelligent manufacturing evaluation experience, from strategic planning, organizational management, system integration The six dimensions of , production management, data governance, and cutting-edge applications comprehensively evaluate the digital capabilities and development status of enterprises, and help enterprises accurately grasp the best entry point and action direction for digitalization.

The high complexity of digital transformation of industrial enterprises means that enterprises need to use professional digital consulting services to “tailor-made” to create customized digital transformation solutions. Based on strong technical expertise and industry experience, the Siemens digital consulting team decouples complex enterprise systems into multiple perspectives such as business processes, applications, data, and operations to ensure the effective advancement and implementation of digital transformation projects. During the exhibition, Siemens signed a strategic cooperation agreement with Nippon Paint Co., Ltd., which will provide comprehensive technical consulting services for the Nippon Paint Industrial Coatings Digital Factory Project and help it build a digital factory benchmark in China’s paint industry.

By exploring the convergence of cutting-edge technologies and product portfolios such as edge computing, artificial intelligence, additive manufacturing and industrial 5G, Siemens will help industrial companies benefit from rapidly growing data volumes in new and broader ways. Siemens and Hunan Farsoon High-Tech Co., Ltd. signed a strategic framework cooperation agreement on additive manufacturing during the exhibition. They will provide NX end-to-end software and digital twin solutions for fully integrated automation. The two parties will expand the industrial application of additive manufacturing. All-round cooperation in the scene.

During the exhibition, Siemens further expanded its cooperation with Chinese enterprises. Siemens and China National Pharmaceutical Group United Engineering Co., Ltd. signed an agreement on deepening strategic cooperation in the pharmaceutical industry. The two parties will carry out further in-depth cooperation in the exploration and practice of solutions in the pharmaceutical industry, and jointly create a practical example of “Industry 4.0” in the pharmaceutical industry. Siemens also signed a strategic cooperation agreement on TCM digital factory with Fatai (Tianjin) Technology Co., Ltd. to discuss the application of SIPAT in continuous manufacturing and the application scenarios of MindSphere in the TCM industry. At the same time, Siemens and Jiangsu Keruien Automation Technology Co., Ltd. signed a strategic cooperation agreement, and will build a digital platform for it through an advanced digital enterprise product portfolio and create a digital factory model project. Siemens also signed a strategic cooperation agreement with Cybernaut Investment Group.

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Cypress PSoC 6 BLE won the 2019 China IoT Technology Innovation Award

Shenzhen, December 23, 2019 – A few days ago, the 6th China IoT Conference 2019 with the theme of “New IoT Smart World” came to an end in Shenzhen. The conference is hosted by professional media electronics enthusiasts in the field of Electronic technology, and brings together industry elites in the field of Internet of Things to discuss opportunities for industrial innovation. At the same time, the selection results of the 4th China IoT Innovation Award were announced. Among them, Cypress semiconductor Technology Co., Ltd. (NASDAQ: CY) won the IoT Technology Innovation Award with its dual-core processing platform PSoC 6 BLE designed for IoT products.

It is reported that the selection of the IoT Technology Innovation Award comprehensively considers the innovative value of the participating products in the IoT-related product market, the competitive advantage compared with similar products of peers, and the role of improving key indicators of user products and improving user service quality. Through a review process that combines online real-name voting and expert review, products like PSoC 6 BLE, which are highly concerned and recognized by market and industry users, are selected from more than 100 participating products.

Cypress PSoC 6 BLE is the industry’s lowest power consumption, highest flexibility and built-in security function MCU, with high integration, seamless integration of IoT terminal applications key hardware security and connectivity functions, is widely used in wearable Product design for equipment, smart home, portable medical, IoT, smart industry.

Chen Guodong, Senior Marketing Manager of Cypress IoT Computing and Wireless Business Unit in China, took the stage to accept the award

Since the beginning of this year, the integration of 5G, artificial intelligence, blockchain and other technologies with the Internet of Things has accelerated. The global demand for reliable, safe and high-speed network connections and equipment has continued to grow, and the application scenarios of the Internet of Things have continued to expand. It is critical for the global semiconductor and electronics industries to seize the new growth opportunities presented by the Internet of Things.

As the world’s leading embedded solution provider, Cypress has already made IoT one of its key development directions and continues to make efforts. In March this year, Cypress launched a new series of PSoC 6 MCU products, PSoC 64 Secure MCU, which integrates system-level security software and hardware-level functions that follow security standards; in May, PSoC 6 MCU further strengthened its support for Alibaba The support for secure access to the cloud platform provides a strong security guarantee for IoT applications, especially connecting cloud services. In the future, Cypress will also be committed to providing IoT solutions with leading technology, excellent performance, covering hardware and software, helping users to strengthen the security of IoT applications and making IoT application design simpler.

Follow Cypress Online

Welcome to Cypress Developer Community 3.0, read our blog, follow us on Weibo, WeChat (CypressChina) and LinkedIn, and watch Cypress videos through our video library or visit Tencent Video.

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How much is a laser cleaning machine and what is the wholesale price of a laser cleaning machine?

How much is a laser cleaning machine and what is the wholesale price of a laser cleaning machine?

The laser cleaning machine (or laser derusting machine) is an industrial-grade cleaning equipment that is so popular in recent years. This new type of cleaning equipment has gradually replaced the traditional cleaning process in many fields with its own advantages and irreplaceability. So how much is a laser cleaner and what is the wholesale price of a laser cleaner?

 

High-energy laser beams of laser cleaners are applied to irradiate the surface of the workpiece for cleaning. In the fields of high-end manufacturing, while industrial products are electroplated, phosphated, sprayed, welded and assembled, the dirt, grease and dust on the surface of the product must be removed in order to ensure the quality of the workpiece and to meet the increasingly high surface cleaning needs of high-end manufacturing. Therefore, laser cleaning technology came into being. Because it is mostly used to remove rust, it is also called laser rust remover. Laser cleaning technology has no effect, chemical reaction and heat effect. Also, it is suitable for various materials and other cleaning characteristics, so it is considered to be the most reliable and effective surface treatment technology.

PTJ has more than decades of experience in China and can offer one-stop 3d Printing service (3d printing parts & CNC machining prototype) for our OEM customers.

The price of a laser cleaning machine is definitely different from traditional cleaning methods such as cleaning agents. Compared with the attributes of cleaning agents as consumables, the laser cleaning machine can be used repeatedly. As a laser device, its price is mainly determined by different configurations. For example, the price of lasers with higher power must be higher.

 

Also, the wholesale price of laser cleaners is another advantage of laser cleaners. If people need more than one laser cleaning machine when they buy, they can query manufacturers to quote the wholesale price. Undoubtedly, whether it is wholesale or single purchase, even if the configuration is similar, the price of laser cleaners from each manufacturer is not the same. Because the price of a laser cleaning machine not only involves configuration, but also factors such as brand and after-sales service.

Link to this article:How much is a laser cleaning machine and what is the wholesale price of a laser cleaning machine?

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China Top additive manufacturing company that specializes in additive technologies:DLP, Carbon Digital Light Synthesis (DLS), HP Multi Jet Fusion (MJF), Stratasys FDM, select laser sintering (SLS), binder jetting, SLA,direct metal laser sintering (DMLS) and more. PTJ 3D Printing Company can help you discover new applications for additive, design applications, manufacture industrial-grade parts and fulfill at scale. Meets AS9100D standards.

Embracing the new opportunities of the four super technical forces, Intel talks about the processor architecture in the E-class computing era

Processor architecture evolves with data, and we are currently in the midst of a data explosion led by four superpowers – ubiquitous computing, ubiquitous connectivity, artificial intelligence, and infrastructure from the cloud to the edge In this era, various types of data are generated every second, such as scalar, tensor, vector, spatial data, etc. To cope with these explosive growth of big data, what kind of processors will data centers need in the future?

On October 21st, at the 2021 CCF National High Performance Computing Academic Conference held in Zhuhai, Liang Yali, Vice President of Intel Corporation Marketing Group and General Manager of China Industry Solutions Department, shared the theme of “Accelerating Technology Leadership with High Performance Computing” Report. We can get a glimpse of the future processor architecture of the E-class data era from her sharing and other speaker reports.

  

Liang Yali, Vice President of Intel Corporation Marketing Group and General Manager of China Industry Solutions Department

Liang Yali said: “Today, the intelligence of everything is getting closer and closer to a reality. This is actually a huge change, but it has also led to an exponential increase in people’s computing and demand. Technology is becoming more and more important to all aspects of human life, and high Exascale computing power in the performance computing category is one of the most important infrastructures to support this change.”

  

She pointed out that Intel is not only a large-scale manufacturing company with both depth and breadth in software, chip and platform, packaging and process technology, but also a leading developer of semiconductor process technology. It has unique advantages in innovation and can be summarized as four “super technology forces” driving digital transformation:

The first is ubiquitous computing. In all fields of the world, computing has become a pervasive key factor that penetrates into all kinds of devices and all kinds of fields.

Second, ubiquitous connectivity. Whether it is a mobile phone, in fact, from Bluetooth to short-distance communication, to long-distance narrowband, 5G broadband, wired transmission, and the process of low-latency networking that is currently being developed and considered, various cities are all in order to make The realization that all devices can be ubiquitous, the connection between people, the connection between people and devices, and the connection between devices and devices has actually been slowly realized, which is the so-called connection upgrade.

Third, infrastructure from cloud to edge. Being able to build ubiquitous computing connections redefines a topology that will define the entire network.

Fourth, artificial intelligence. Among the extended network devices and structures, intelligence is the most prominent requirement. Although artificial intelligence is only one of the computing workloads, Intel proposed it separately because Intel believes that artificial intelligence will redefine the definition. The entire computing architecture and the entire computing process.

At the same time, each superpower will have its own characteristics and will complement each other to create new possibilities. Therefore, combining these four points, we can foresee that we will think about the bottom layer, technology, architecture, and evolution in the process of continuous evolution of the entire digital economy in the future. From these four points, we can also see that in the future, in the digital economy, it will definitely follow four laws, the first connection upgrade, the second thinking upgrade, the third experience upgrade, and the fourth security upgrade.

At the event, Intel invited Trish Damkroger, vice president of Intel’s accelerated computing system and graphics card group and general manager of the high-performance computing business unit, to share Intel’s response to the high-performance computing product line now and in the future by playing a video. these unprecedented challenges.

  

Trish Damkroger, Vice President, Accelerated Computing Systems and Graphics Group and General Manager, High Performance Computing Group, Intel Corporation

  

“Intel has been adding HPC-specific capabilities to its Xeon® processor roadmap for the past few years,” she said. “But for Intel to become a HPC leader, a shift to HPC-focused architectures is required. and system.”

  

The latest 3rd generation Intel released in April this year? Xeon? Scalable processors provide users with reliable performance and a high degree of flexibility, and bring a huge leap in performance to people’s high-performance computing systems. This is thanks to improvements in the processor’s core architecture, with a 20 percent increase in the number of instructions per clock, in addition to increased cache size. Intel also offers up to 40 cores and 8 memory channels, 3rd Gen Xeon? Scalable processors provide up to 6TB of system memory capacity. Xeon? The processor remains the only x86 processor in the data center with built-in AI acceleration, with built-in flexibility features. For example unique Intel? Speed ​​Select technology, which basically combines three CPUs into one, so people can use a single processor to meet more diverse needs.

Trish Damkroger also introduced us to Intel’s next-generation processor architecture, Sapphire Rapids, which will provide outstanding out-of-the-box performance and functionality for a variety of workloads, usage models, and deployment models in the data center. On the base server node, Sapphire Rapids introduces a new performance core microarchitecture with significantly improved IPC for excellent out-of-the-box performance and a number of new architectural features that dramatically improve data-parallel performance.

At the heart of Sapphire Rapids is a new modular SoC architecture that establishes next-generation scalability while maintaining the strong attributes of a balanced SoC that, despite being composed of multiple chip Modules, remains logically monolithic. Sapphire Rapids is the first Xeon product built using Silicon Bridge technology, which enables Intel to build highly scalable and well-balanced processors that have not been possible before.

  

Liang Yali said at the same time, “Technology has been integrated into everyone’s life, so different application scenarios correspond to different applications, different applications correspond to different workloads, and different workloads must have the most efficient computing system, and the future must be corresponding to XPU. If you need general-purpose computing, you can use CPU. If there is an acceleration scenario, you can use FPGA, ASIC chip, or the PAC we will release in the future. Different application loads will definitely have the most suitable and efficient system for it.”

This also proves why OneAPI is so important? “OneAPI is very important because we don’t want each system to correspond to different libraries, compilers and architectures. We want to have a framework that solves these problems and allows us to focus on the problems that should be focused most.”

In recent years, as high-performance computing has gradually become more and more industrial applications, its popularization and pervasiveness have also attracted more and more attention in the industry. For example, in the medical field, Intel is working with some industry partners to do cutting-edge “no-man’s-land” exploration. For this kind of “cross-border” attempt, Lu Gang, Center for Translational Medicine, Ruijin Hospital, introduced that on the one hand, we need talents with relatively specialized technical knowledge and background in bioinformatics, and at the same time, we need to have a very good understanding of HPC system architecture and technology. Clearly, such talent is very scarce. We and Intel have carried out in-depth cooperation in the design and construction of the entire platform. Intel’s technical strength and the professional capabilities of our experts in the field of bioinformatics can be well integrated, making our platform the first platform in the field of bioinformatics that can make breakthroughs in storage.

Looking ahead to the future of HPC development, Intel will not only provide a comprehensive product portfolio with capabilities ranging from general-purpose computing to specialized acceleration, to unique persistent memory and exascale computing distributed storage, high-performance interconnects, and innovative security. It will also work together with more ecological partners to make technologies work together seamlessly, thereby accelerating the popularization and universalization of HPC, and promoting HPC to bloom in more industries.

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Samsung Releases Exynos 990 5G: Super Capability Far Beyond Kirin 990 5G?

The Samsung Exynos 990 processor uses a new 5G modem, but it still needs to be paired with a new 5G baseband chip, the Exynos Modem 5123, to achieve 5G network support. The Exynos Modem 5123 is based on the 7nm EUV process. Officials say that it has a number of energy-saving optimizations, low power consumption under the 5G network, and effectively improves the battery life of the device.

The data shows that the Exynos Modem 5123 supports a maximum download speed of 7.35Gbps and a sub-6GHz download speed of up to 5.1Gpbs. Supports up to 3.0 Gpbs downlink speed and 422Mbps uplink speed in 4G LTE mode.

It is reported that Samsung Exynos 990 is based on 7nm EUV process, adopts dual-core fifth-generation Samsung custom core, and has dual-core Cortex A76 core and quad-core Cortex-A55 core at the same time. up to 10TOPs.

In terms of GPU, the SoC uses ARM’s new generation of Mali-G77 MP11. Official data say that the energy efficiency of this SoC is 20% higher than that of the Exynos 9820 Mali-G77 MP12.

In addition to the improvement of energy efficiency, the ISP of this SoC supports up to 6 independent sensors, and can process 3 sensors at the same time, and the single lens supports up to 108MP (100 million pixels).

In addition, Exynos 990 also supports LPDDR5 (2750MHz), 8K 30fps video encoding/decoding, 10bit HDR, 120Hz refresh rate and other features.

Finally, Samsung said that the Exynos 990 processor and the Exynos Modem 5123 chip will enter mass production by the end of this year, which means that mobile phones equipped with the Exynos 990 processor will appear early next year.

The Links:   6MBP150VEA120-50 LQ150X1LW94

Basketball laser marking machine reinvigorate the passion of basketball fans

Basketball laser marking machine reinvigorate the passion of basketball fans

Many people are obsessed with basketball because of Super Slams. Basketball has accompanied with us spent a good campus time. Basketball laser marking machine reinvigorate the passion of basketball fans. 

Basketball is the sacred thing in the hearts of players. The LOGO and patterns on the ball are their beliefs. Basketball which has laser engraved meaningful pattern makes basketball enthusiasts couldn’t part with it. 

PTJ has more than decades of experience in China and can offer one-stop 3d Printing service (3d printing parts & CNC machining prototype) for our OEM customers.

Compared to traditional printing process, laser marking machine technology could ensure the words and patterns never come off. 

The sweat sprinkled on the court is the proof of basketball love. Laser marking technology creates a new fashion of basketball with lightning speed. Using laser marked basketball to respect for blood boiling youth! 

Recommending basketball laser marking machine

Triaxial Dynamic Laser Marking machine

1. Basketball laser marking machine equipped with original imported CO2 RF laser generator, high quality laser spot with uniform power density and stable output power;

2. basketball laser marking machine  has Triaxial dynamic high speed scanning system, imported core component, equipped with digital Display focusing function, small gathering spot, large working area, high speed, flexible and good stability;

3. The light path cavity of basketball laser marking machine adopts sealed dual dustproof design, ensure the laser source, galvanometer and other core optical parts work in a clean environment, make the machine work more stable with longer life;

4. The optical bench can be adjusted manually to meet different processing size requirement, largest working area can reach 600*600mm;

5. Aluminum frame, compact structure, smaller area occupation and higher space utilization;

6. The upper and lower double suction structures enable the processing dust to be effectively removed so as to achieve environmental protection and safety;

7. Smart Scanner professional control system of basketball laser marking machine, easy opera on, small resource occupation, quick data processing. Compatible with AutoCAD, CorelDraw with high procession efficiency.

Han’s Yueming Laser Group is a professional laser equipment manufacture with medium power and high power fiber laser Cutting Machine, 10000W fiber laser cutting machine, tube laser cutting machine, fabric laser printing machine etc. Welcome to the consultation and cooperation!

Link to this article:Basketball laser marking machine reinvigorate the passion of basketball fans

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China Top additive manufacturing company that specializes in additive technologies:DLP, Carbon Digital Light Synthesis (DLS), HP Multi Jet Fusion (MJF), Stratasys FDM, select laser sintering (SLS), binder jetting, SLA,direct metal laser sintering (DMLS) and more. PTJ 3D Printing Company can help you discover new applications for additive, design applications, manufacture industrial-grade parts and fulfill at scale. Meets AS9100D standards.

Teledyne e2v introduces industry’s smallest 2- and 1.5-megapixel CMOS sensors featuring low-noise global shutter pixels

Grenoble, France, September 14, 2021 – Teledyne Technologies [NYSE:TDY] Teledyne e2v, a subsidiary of the group, launched the Topaz series of CMOS industrial sensors with 2 million and 1.5 million resolutions. Available in 1920 x 1080 and 1920 x 800 pixel formats, the new sensors use state-of-the-art low-noise, global shutter pixel technology to provide a robust solution for a variety of applications as well as a streamlined mobile design.

The Topaz sensor is housed in a 4.45 mm wide CSP package, where the optical center of the sensor perfectly coincides with the mechanical center of the package, resulting in a slim design for the camera. This feature makes it perfect for small OEM QR code engine designs, mobile terminals and SLEDs, IoT, contactless authentication systems, wearables, drones and robots. Small 2.5µm global shutter pixel applies intra-pixel correlated double sampling (CDS) and advanced dual light guides to ensure better signal-to-noise ratio and low crosstalk in low light conditions, so 1/3 inch can be achieved optical format.

Gareth Powell, Marketing Manager for CMOS Sensors at Teledyne e2v, said: “Modern logistics, retail and manufacturing applications all place higher demands on throughput, productivity and working range. The new Topaz sensor was developed based on this demand. Yes, it is very cost-effective and suitable for large-scale applications. It also has a small form factor and is the best choice for driving the world’s smallest QR code OEM engine and the thinnest mobile platform.”

Features:

Advanced 2.5μm x 2.5 μm global shutter pixel

Low read noise, typically 3 electrons

Excellent low-light signal-to-noise performance with short exposure times

Extremely low dark signal, maintaining excellent performance in high temperature environments

• In 8-bit output mode, the frame rate per second is greater than 100.

Dual MIPI outputs (2 Gpix/s each) for seamless connection with CPU, ISP and other application processors

Fast Wake Mode – decodes and wakes up other useful application functions within 10ms of power on

Product samples and evaluation kits are available now.

VISION will be held in Stuttgart, Germany from October 5-7, 2021, visit Teledyne booth 8B10 to learn more about Topaz.

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Improve battery life!Lithium battery inventor creates a new coating

The battery life of lithium batteries will be significantly lower after long-term use. This is largely due to impurities that form during battery cycling, and now a team led by the Nobel laureate and inventor of the rechargeable lithium battery may have found a solution to this problem – a new type of coating.

During lithium battery cycling, these impurities accumulate in the battery’s nickel-rich cathode. In lithium batteries, although nickel is the key to energy density, it is also unstable.

This resulted in the formation of impurities on the cathode surface during the first charge and discharge cycle, which in turn immediately reduced the battery’s storage capacity by 10 to 18 percent.

In addition, nickel creates instability beneath the surface of the cathode structure, which also begins to reduce the battery’s storage capacity over time.

In 2019, Stanley Whittingham and two other scientists were awarded the Nobel Prize in Chemistry for developing lithium-ion batteries in the 1970s.

The technology has come a long way since then, but researchers, including Whittingham, are still working to improve them by experimenting with different materials, and one promising material for a cathode is a nickel called NMC 811. Manganese cobalt material.

Led by Whittingham, a team of researchers from SUNY Binghamton, the Department of Energy, and Oak Ridge National Laboratory conducted multiple chemical studies of NMC 811.

Hopefully this will prevent instability in the cathode, which the researchers investigated through X-ray and neutron diffraction studies.

“Neutrons can easily penetrate the cathode material, revealing the positions of niobium and lithium atoms, which provides a better understanding of how the niobium modification process works,” said researcher Hui Zhou. Neutron scattering data suggest that niobium atoms are stable At higher temperatures, niobium atoms replace some of the manganese atoms deeper inside the cathode material to improve long-term capacity retention.”

Talking about this nickel-manganese-cobalt material reduces capacity loss during the first charge cycle. Later, it also provided better long-term performance, resulting in a capacity retention rate of 93.2% over 250 charge cycles.

Scientists see great potential in new battery designs, especially where high-density storage is a priority, such as in electric transport.

“Electrochemical performance and structural stability make NMC 811 a candidate cathode material for higher energy density applications such as electric vehicles,” Whittingham said. Combining niobium coatings with replacing manganese atoms with niobium atoms , may be a better way to improve initial capacity and long-term capacity retention. These modifications can be easily scaled up using the current multi-step fabrication process for NMC materials.”

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LED sign laser cutting machine—The secret of a famous shop

LED sign laser Cutting Machine—The secret of a famous shop

The acrylic sign which made by LED sign laser cutting machine could be shared into Wechat moments. The signboard is very important to a famous shop. Using laser to cut the acrylic LED sign could attract customers.

Simple and impressive sign is the first step for a famous shop. The precision of LED sign laser cutting machine cutting acrylic could reach an accuracy of mm scale. Processed acrylic incision is smooth and without burr, matched with different colors could improve suck eyeball effect and customer volume.

The neon light is standard configuration of a famous shop. After drawing on the computer, LED sign laser cutting machine would cut pattern and characters according to the drawing. Colorful neon light hang on the acrylic seems to remind you to take a picture.

PTJ has more than decades of experience in China and can offer one-stop 3d Printing service (3d printing parts & CNC machining prototype) for our OEM customers.

A famous shop also needs acrylic decoration which has retro, art and human elements. Laser cutting technical belong to non-contact processing method. It could not only make full use of the whole acrylic plate, but also Non-shape-transformation and no damage to the material.

The core of a famous shop is appearance. A famous shop has to be unique, because in a sea of sameness, they need to find ways to make people pay attention. As you have imagination and creation, laser cutting machine could maximize acrylic functions.


Non-metal plate  laser cutting machine CMA1325C-B-A

 

Link to this article:LED sign laser cutting machine—The secret of a famous shop

Reprint Statement: If there are no special instructions, all articles on this site are original. Please indicate the source for reprinting.:Cut Wiki,Thanks!^^

China Top additive manufacturing company that specializes in additive technologies:DLP, Carbon Digital Light Synthesis (DLS), HP Multi Jet Fusion (MJF), Stratasys FDM, select laser sintering (SLS), binder jetting, SLA,direct metal laser sintering (DMLS) and more. PTJ 3D Printing Company can help you discover new applications for additive, design applications, manufacture industrial-grade parts and fulfill at scale. Meets AS9100D standards.

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