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  • What can products become after the commercialization of flexible electronic technology?
    What can products become after the commercialization of flexible electronic technology?
    • 2019-07-10

    Recently, flexible electronic technology has begun to be used for commercial purposes. What did the product become after commercializing? Let us explore it together in this blog. GE Healthcare Wristband Prototype Researchers from General Electric (GE) Medical Group demonstrated a wristband prototype using a stress-relieving structure and a low-temperature solder-mounted BGA. They are now investigating a patch that embeds four medical-grade biosensors with manufacturable materials. Thinner and lighter flexible Arduino development board A member in NextFlex has created a small, flexible Arduino development board that has been described last year with its proof-of-concept capabilities. However, compared to the traditional development board that is three times heavier, this new flexible board only needs to perform nine (previously 19) low temperature steps, and the chip used is also thinned to 30 microns. Thin wafer process commercialization Over the past one year, American Semiconductor has begun thinning 200mm (mm) and 300mm wafers to 5-10 microns(um) for suppliers such as AMS, Cypress, Nordic and NXP. The company will process approximately 1,500 wafers per week at its Boise plant. These chips include temperature sensors, NFC transceivers and the Arm Cortex-M0 processor, which are used in automotive and aircraft systems as well as white household appliances. UAV with conformal antenna Boeing uses 2.4 GHz, 5.8 GHz and 75 GHz flexible antennas for flight control, streaming video and collision avoidance for short-haul unmanned aerial vehicles (UAV). Flex intelligent shirt debut Flex showcases intelligent sportswear and military shirts that use sensors with dry electrodes and DuPont's conductive fabric Intexar for heat dissipation. The jackets worn by the US national team at the Winter Olympics used DuPont materials. Jabil creates printed circuits on plastic Contract manufacturer Jabil demonstrates its ability to build flexible electronics for the augmented reality (AR), automotive and medical markets. Test, medical flexible panel MicroConnex has produced a small number of display board demonstrating its ability to produce up to 5,000 flexible panels per month at the Snoqualmie plant in Washington, DC, which is currently manufacturing products for testing probe cards, hearing aids and ultrasonic transducers. After the commercialization of flexible electronic technology, the products are diversified. For flexible circuit boards, Fast turn PCB is also at the leading level. In addition to the conventional 2.4.6 laminates, we are also very good at making multi-layer flexible boards to ensure that you can meet the commercialization needs of your flex board products. Click on the link to link more about the process capabilities for the flex board.

  • Key equipment for PCB intelligent manufacturing
    Key equipment for PCB intelligent manufacturing
    • 2019-06-18

    Key equipment for PCB intelligent manufacturing --legend printing machine + automatic up-down material system The application of intelligent equipment will release more people from labor, and instead, the machine will take on more mechanical and repetitive work, helping the enterprises to control the rising labor cost. And it will contribute a lot to enter a high-efficiency intelligence production mode under the large-scale mass production. This blog will introduce an intelligent legend printer + automatic up-down material system, which achieves the replacement upgrades from machine to automation equipment and become the key equipment for PCB boards manufacturing. Equipment introduction: Legend printer + automatic up-down material system * Legend printer: It has the advantages of high precision, high quality, high software flexibility and strong equipment expansion. * Automatic up-down material system: It can be used to replace manual repetitive, mechanical work. Compared with manual operation, it can reduce labor intensity and improve production efficiency. It is suitable for PCB legend printing processing to replace the traditional screen printing, cooperating with the automatic up-down material system to provide PCB manufacturers with a set of high-precision, high-quality and high-efficiency printing production solutions. Equipment Characteristics: 1. Stable output capacity: reduce the problem of poor productivity stability caused by human factors. 2. Good printing stability: legend printer + automatic up-down material system can ensure the stability of the entire system operation. 3. Excellent printing quality: mass production model PY300 has a large number of customer verification and can ensure the stability of printing quality. 4. High printing accuracy: high-quality optical alignment and automatic expansion and contraction compensation, to ensure the alignment accuracy of the printing. 5. Automatic up-down material system cost-effective: to achieve automatic flip printing function. 6. Saving labor costs: You can control multiple machines by one person or operate the machine with one person. Print sample: The advantages of printing compared to traditional silk screen: 1.The production cycle is short, no need to make a stencil. The pre-curing can reduce printing errors and baking time; 2.The text resolution is in high accuracy, and can print the minimum 0.5mm word height while the minimum line width is 75~90μm; 3. It has a high printing precision, and can automatically adjust the printing data according to the board's ups and downs, to obtain the best printing effect; 4.The printing data is personalized (variable), such as automatically changing the serial number of the serial number; 5. The printing process is environmentally friendly and non-polluting. This intelligent legend printer + automatic up-down material system has broken through the traditional legend printers and made board production more efficient. In order to provide better s...

  • Analysis of the development status of flexible circuit board industry
    Analysis of the development status of flexible circuit board industry
    • 2019-06-18

    FPC flexible circuit board occupies an important position in electronic products by virtue of its advantages, and the local FPC industry has also won an explosion. According to the statistics of relevant departments, the current annual output value of the global FPC industry is about 100 billion RMB, but the domestic enterprise market accounts for only about 10%. In the future, it is still necessary to continuously enhance the technical strength, expand the high-end market, and actively "go global" to enter the international market. Flexible circuit boards are adapting to the trend of miniaturization and mobilization of electronic products, and become indispensable components of consumer electronic products such as smart phones. As a global consumer electronics manufacturing country, flexible circuit boards have huge demand in China. Domestic flexible circuit board enterprises are in rapid development. Flexible electronic technology will drive the trillion-scale market. It is an opportunity for China to strive for the leap-forward development of the electronics industry. Become a national pillar industry. In recent years, flexible circuit boards have become a hot spot in the domestic capital market. Many companies have entered the strategic innovation layer and obtained the international leading FPC material technology. At present, domestic FPC production capacity is expanding rapidly. However, some experts pointed out that some core raw materials of FPC products are still in the hands of foreign-funded enterprises. Domestic FPC domestic manufacturers are less competitive in the international market. Sales are mainly concentrated in the domestic market, and the oversea market share is low. At present, domestic FPC companies seem to have a certain gap with foreign advanced manufacturers. However, with the rapid development of domestic mobile phones such as Huawei, OPPO and VIVO in the mobile phone market, domestic FPC has gradually realized its own technological innovation. Mastering the core technology, the gap with foreign countries is narrowing.

  • Cloud computing and 5G base stations become new pulls for PCB demand
    Cloud computing and 5G base stations become new pulls for PCB demand
    • 2019-05-22

    In terms of cloud computing, it has entered a era of data explosion, and the demand for cloud computing is growing. The capital expenditure of companies providing cloud computing and cloud services around the world can also be verified. In 2017, the global capital expenditure in the cloud data center is 41 billion US dollars, and will reach 108 billion US dollars in 2021, a year-on-year increase of 2.6 eras. The construction of large-scale data centers will increase the amount of server PCB. Due to the large data flow and fast transmission speed of the data center, there are high requirements on the number of layers and materials of the PCB, which will greatly increase the demand for high-end communication PCB boards. 5G base station construction, 5G is rapidly advancing. It is expected that 5G spectrum will be announced in September. On the one hand, the number of 5G base stations will increase compared with the number of 4G base stations. In particular, in order to cover the blind spot area, many micro base stations will be provided, which will greatly increase the demand for communication PCB boards. On the other hand, due to the characteristics of 5G high-speed high-frequency, the value of the communication board will be greatly improved in terms of a single base station. Take the antenna as an example. Currently, there are no more than 8 antenna array units for 4G. 5G uses large-scale antenna array technology, and the array unit will reach 128 or more. Therefore, 4G base station antennas are generally 3, each 80 boards, and 5G. 6-12 antennas will be used, each of which is about 150. Because there are more 5G channels, the area and number of layers of each PCB will increase, and the size will increase from 15 square ceneraters to 35 square ceneraters. The number of layers is upgraded from double-panel to 12-layer board; high-speed high-frequency materials are required for the substrate, 4G unit price is about 2,000 yuan per square meter, and 5G is about 5,000 yuan per square meter. Finally, we measured that the PCB value of a single 5G macro base station is more than twice that of 4G. Fast turn PCB will surely seize this opportunity, vigorously develop high-speed high-frequency boards, and continuously improve its technological capabilities to meet the growing demand, welcome the arrival of the 5G era, and lead the trend of a new generation of high-tech circuit boards.

  • Still a long way to realize intelligent manufacturing in PCB industry
    Still a long way to realize intelligent manufacturing in PCB industry
    • 2019-04-12

    Industry 4.0 is the inevitable goal of the PCB industry in the transition period, which is evoked by the needs of industrial transformation and upgrading. It is also an important solution to achieve leap-forward development. It is based on industrial automation, with an intelligent core that intelligently reflects the advantages of the factory. To achieve the vision of Industry 4.0 ,the PCB factory still needs to break through many challenges: First of all, many practitioners in the PCB industry do not fully understand the "intelligent production", intelligence is not equal to automation. Secondly, the PCB industry intelligent process starts late, and the foundation is shallow. The factory information preparation is insufficient, while the equipment model is outdated. What is worse, the database construction Imperfect and they lack of professional preparation; Once again, the industry has not yet developed a standard for building intelligent factories for human reference - from an implementation point of view, such a general specification example is unlikely. The cost of doing the whole plant intelligent layout is high and the process is full of uncertainty. Thus the risk is high. Although the road to achieve Intelligence of the PCB industry still faces many challenges, we are still full of confidence and hope for the future. we believe that in the near future, the PCB industry will be appeared to everyone with a new look.

  • Big winner in the 5G era - PCB
    Big winner in the 5G era - PCB
    • 2019-03-18

    The arrival of 5G is the real beginning of All things interconnection. 5G will complete the interconnection of all things in the world. With the advent of the 5G era, communicative PCBs will also embrace its new era. 1.The demands of thinness and lightness design for the applications such as 5G mobile phones and tablet PCs drive FPC market space to improve. IDC predicts that the first batch of 5G smartphones will be available in the second half of 2019. By 2020, shipments of 5G handsets will reach 7% of total smartphone shipments (approximately 212 million units) and will account for 18% by 2022. According to industrial research, at least 20 FPC item numbers in the new Apple mobile phone have a value space of more than 20 US dollars, and PC  products are expected to be further thinner and lighter, and FPC products will be used in mass production. 2. Automotive electronics, motorization, and intelligentialize will bring incremental market space to PCBs First, intelligent driving & automotive electronics: Electronic electronics will boost PCB usage. In 2018, automotive electronics accounted for about 35% of the total BOM, and it is expected that this proportion will increase to 50% by 2030. As the degree of automotive electronics deepens, the demand for automotive PCBs will gradually increase. In addition, ADAS, the advanced driver assistance system for smart driving, also requires a large amount of PCB. Second, new energy vehicles: New energy vehicles have significantly improved PCB usage compared to traditional vehicles. 3. Cloud computing The data center promotes the demand for high-end PCB products such as high-frequency and high-speed PCBs. At present, the global data center has developed into high-speed, large-capacity and other characteristics. According to IDC statistics, after the 5G era, the global data center market will grow significantly, with a growth rate of more than 20%.

  • Industrial robots in the PCB industry
    Industrial robots in the PCB industry
    • 2019-03-09

    The PCB industry is a technology-intensive and capital-intensive industry, but it is still a labor-intensive industry. A large number of automation equipment requires manual operation and assembly line operations. With the improvement of robot performance and price reduction, "automation equipment + the industrial robot operation "replaces the traditional "automation equipment + manual operation" production mode will become the transformation trend of the PCB industry. Industrial robots for industrial pcb boards have become an inevitable trend. There are currently three mainstream industrial robots, including: SCARA (four-axis parallel joint robot), DELTA (parallel robot), and six-axis articulated robot (including multi-joint robots with six or more axes and derived dual-arm robots). The following examples illustrate three representative applications of robots: 1. Six-axis multi-joint robot for AOI inspection process We use a six-axis multi-joint robot to replace the workers responsible for the boarding, turning and closing of the two AOI machines. Each shift can complete more than 700 PCB rigid boards, and the overall efficiency can reach 1/min. This includes the AOI machine scan time). 2,SCARA robot is used for circuit board coil detection process We can use the SCARA robot to complete the loading and unloading of the matching inspection equipment, and realize the one-time detection of all the coils of the large-aperture board. For the small-aperture board, we use the SCARA equipment to perform the fixed probe and visually locate. With the probe to detect each coil, our equipment also effectively avoids the missed detection due to small aperture or large aperture. 3. DELTA robot for small circuit board cartoning process The Delta800 plus a vision system can pick out the qualified FPC stack and place it in the blister tray as required, which is no less effective than manual. His speed can reach 60 pieces/min, which can completely replace the manual sorting. In the near future, Fast Turn PCB will introduce these industrial robots to enhance our productivity and efficiency. Since throwing its hat into printed circuit board industry, Fast Turn PCB always tries its best to adopt the most advanced equipment to make rigid circuit board, rigid-flex circuits etc. with high quality for our clients. Choose us, you deserve the most suitable products and the most satisfying service at a good price. More information, please check our website: Please click on the links below to learn more about the advantages of industrial robots in the PCB industry.

  • The advantages of Industrial robots in the PCB industry
    The advantages of Industrial robots in the PCB industry
    • 2019-02-16

    The replacement of labor by industrial robots in the PCB industry has brought many advantages to the enterprises. Mainly reflected in the following aspects: 1.Reduce labor, speed up work and improve working efficiency. The robot can achieve higher speed for the repetitive operations, which can be much higher than the manual work tempo, resulting in a significant increase in work efficiency and decrease in labor costs and management costs. 2.Improve work accuracy and improve product quality. Robots can use programming and vision systems to achieve accurate positioning and repeatability, effectively improving the quality of the product. 3.Avoid potential threats to workers' health and safety in the operating environment and save the cost on environmental protection. 4.Reduce the efficiency and quality degradation and accident rate caused by the influence of repeated and dry processes on the state of workers; 5.Optimize the operation process and reduce the working space. 6.Effectively reduce the material consumption rate. 7. Can work continuously for 24 hours and work in a black light environment; 8. The manufacturing process can be made flexible. In the future, the PCB industry will have more and more orders in small quantities. The use of industrial robots can greatly increase the flexibility of production and achieve fast delivery of orders. 9、Improve the brand image and reputation. The application of industrial robots has further improved the automation level of PCB manufacturers, and promoted the advancement of product quality, production efficiency, cost control, and responsiveness, and improved the overall competitiveness of manufacturers in the industry. With so many advantages, industrial robots will certainly be widely used in the PCB industry and promote the development of the industry. The combination of industrial robots and the Internet of Things will make the manufacturing process more intelligent and flexible, which must be a major progress in the PCB industry. Fast turn pcb is the established leader in providing innovative and reliable PCB solutions for the electronic design industry.  With over 20 years of experience in supplying high quality, on-time PCB prototypes and mass production, Fast turn pcb is committed to improving production process for the design engineer from quote to delivery.  For more information about innovative PCB solutions, or to learn more about quote and ordering process, please visit

  • Rogers Renames Advanced Circuit Materials Divisions
    Rogers Renames Advanced Circuit Materials Divisions
    • 2019-01-15

    Rogers Corporation, a global technology leader in the development of high performance printed circuit materials, announced today that its division previously known as Advanced Circuit Materials is changing its name to Advanced Connectivity Solutions (ACS). This name change represents an important philosophical shift in how Rogers approaches its printed circuit materials segment by expanding its potential areas of business beyond existing material sets into new areas of RF/Microwave and Digital connectivity. According to Jeff Grudzien, Vice President of ACS, “Looking at our product innovation and technical support strengths in the microwave and digital communication industries, you can see how our business unit name could start to box us in from reaching our full potential.  Although the name “Advanced Circuit Materials Division” served us very well to get us to this point, it was time to change the name to one that helps us pave the way for future growth and expansion. As a result, I’m happy to announce that effective today, we are changing our division name to ’Advanced Connectivity Solutions.’” The recent acquisition of Arlon, LLC in January was a major step in this evolution of the ACS business. Through this acquisition, Rogers is able to bring a broader portfolio of problem solving solutions to its global customers.  In addition to popular printed circuit materials such as AD300C™, and CLTE™ laminates, the Rogers portfolio now also includes the 91ML and 92ML Thermally Conductive Substrates for effective heat dissipation in mobile internet devices and consumer appliances. About Advanced Connectivity Solutions In 1967, Rogers Corporation opened its plant in Chandler, Arizona to manufacture flexible circuit materials and high performance PCB laminates. In order to accommodate worldwide demand, ACS now has manufacturing locations in Rogers, Connecticut, Chandler, Arizona, Bear, Delaware, Gent Belgium and Suzhou, China. The products manufactured at these locations are used in a wide range of markets, including portable communications, communications infrastructure and aerospace and defense. About Rogers Corporation Rogers Corporation is a global leader in engineered materials to power, protect, and connect our world.  With more than 180 years of materials science experience, Rogers delivers high-performance solutions that enable clean energy, Internet connectivity, advanced transportation and other technologies where reliability is critical.  Rogers delivers Power Electronics Solutions for energy-efficient motor drives, vehicle electrification and alternative energy; High Performance Foams for sealing, vibration management and impact protection in mobile devices, transportation interiors, industrial equipment and performance apparel; and Printed Circuit Materials for wireless infrastructure, automotive safety and radar systems. Headquartered in Connecticut (USA), Rogers operates manufacturing facilities in the United States, Ch...

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