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Choose Genuine Cable Tie Machines and Reject CounterfeitsIn the rapidly developing field of industrial manufacturing today, the widespread application of automated equipment has significantly improved production efficiency and product quality. As an important tool for packaging, fixing, and protecting various cables and pipelines, the stability and reliability of the performance of cable tie machines are directly related to the smooth operation of the production line and the safety of the final products. However, the market is flooded with various cable tie machine products, ranging from genuine products of regular brands to counterfeits of uneven quality, and consumers often face challenges when making a choice. This article aims to explore why genuine cable tie machines should be firmly chosen and counterfeit products should be rejected when selecting cable tie machines, and conduct an in-depth analysis from multiple dimensions such as quality, safety, after-sales service, and long-term benefits.I. Quality: A World of Difference between Genuine and Counterfeit ProductsGenuine cable tie machines are usually produced by well-known manufacturers in accordance with strict quality management systems (such as ISO 9001). Every process, from raw material procurement, production and processing to finished product inspection, is carefully designed and strictly controlled. This means that genuine cable tie machines have significant advantages in terms of material strength, mechanical precision, durability, etc. For example, the blades used in genuine cable tie machines are often made of high-quality alloy steel, ensuring smooth cutting and resistance to wear; while counterfeit products may use inferior materials, which not only result in poor cutting effects but also pose a risk of breakage, directly affecting work efficiency and safety.In addition, genuine cable tie machines pay more attention to user experience and ergonomics in design. They have a user-friendly operation interface and are easy to adjust, being able to adapt to a variety of working environments and requirements. In contrast, counterfeit products often lack innovative designs, with obvious signs of imitation, greatly reducing the user experience.II. Safety: Upholding the LifelineSafety is the lifeline of industrial production, and for cable tie machines, safety cannot be ignored either. When designing genuine cable tie machines, relevant safety standards (such as CE and UL certifications) are strictly adhered to, and multiple safety protection devices are built-in, such as emergency stop buttons and overload protection, to ensure that operators can respond quickly in case of an emergency and effectively avoid accidents. At the same time, genuine manufacturers also provide detailed safety operation procedures and training materials to help users use the equipment correctly and safely.In contrast, counterfeit cable tie machines often neglect safety design, lack necessary safety certifications, and pose serious potential safety hazards. Some counterfeit products do not even have basic protective measures, and operators may cause personal injury with a slight carelessness, bringing immeasurable losses to the enterprise.III. After-sales Service: The Key to Long-term GuaranteePurchasing a genuine cable tie machine means that you can obtain comprehensive after-sales service provided by the manufacturer. This includes but is not limited to equipment installation and debugging, operation training, regular maintenance, rapid response to faults, and supply of original factory parts. Regular brands usually have a complete after-sales service network and a professional technical team to ensure that any problems encountered by users during the use process can be solved in a timely manner, ensuring the continuous and stable operation of the production line.Counterfeit cable tie machines often lack an effective after-sales service system. Once a problem occurs, users often have difficulty contacting the supplier. Even if they do get in touch, they may not be able to solve the problem properly due to the lack of professional technology and parts support. This not only extends the downtime, increases the maintenance cost, but also may cause more serious failures due to the long-term operation of the equipment with faults, affecting the overall production efficiency.IV. Long-term Benefits: Maximizing the Return on InvestmentOn the surface, counterfeit cable tie machines may be attractive to users with limited budgets due to their low prices. However, in the long run, this seemingly cost-saving approach is actually not worthwhile. First of all, the frequent failures and repairs of counterfeit products will greatly increase the implicit costs, including downtime losses, inefficient operations, and additional labor costs. Secondly, the short lifespan of counterfeit products means that the equipment needs to be replaced more frequently. In the long term, the total cost of ownership may even exceed that of genuine products.Although the initial investment in genuine cable tie machines is relatively high, their excellent performance, reliability, and long-term stable operation can effectively reduce maintenance costs and improve production efficiency, thus bringing a higher return on investment. In addition, genuine equipment can also enhance the corporate image, increase customer trust, and win more business opportunities for the enterprise.V. Legal and Ethical ConsiderationsChoosing genuine cable tie machines is also a respect for and protection of intellectual property rights. The prevalence of counterfeit products seriously infringes on the intellectual property rights of regular manufacturers, disrupts the fair market competition environment, and is not conducive to the healthy development of the industry. As responsible enterprises and individuals, we have the obligation to reject counterfeits, support genuine products, and jointly create an honest and innovative market atmosphere.ConclusionIn conclusion, choosing genuine cable tie machines is not only a pursuit of quality and safety but also a wise investment in the long-term development of the enterprise. Faced with a wide variety of choices in the market, we should keep a clear head, carefully distinguish, and firmly reject the temptation of counterfeit products. By choosing genuine products, we can not only enjoy an efficient, safe, and reliable operation experience but also create greater value for the enterprise and jointly promote the advancement of industrial manufacturing to a higher level. In this process, everyone's choice is crucial. Let's join hands and take action to contribute to the construction of a healthier and more orderly market environment. 

Swift Cable Tie Machine: A Great Helper for Factories to Improve the Efficiency and Increase the Output of Cable TiesIn today's rapidly developing industrial era, efficient, accurate and reliable production equipment is crucial for the development of enterprises. Among numerous advanced industrial equipment, the Shiweide cable tie machine, with its excellent performance and innovative technology, has become a shining star in the industry. Now, let's take an in-depth look at the Shiweide cable tie machine and see how it stands out in the fierce market competition and leads the new trend of the industry.I. The Birth Background of the Shiweide Cable Tie MachineWith the rapid development of the global economy, all industries have higher and higher requirements for production efficiency and product quality. Against this backdrop, the traditional manual cable tying method can no longer meet the needs of modern industrial production. Manual cable tying is not only inefficient, but also it is difficult to ensure the tightness and length of the cable ties, and situations such as loosening and waste are likely to occur. In order to solve these problems, Shiweide Automation Technology Co., Ltd. has invested a large amount of research and development resources. After years of efforts, it has finally successfully launched the Shiweide cable tie machine.II. The Technical Advantages of the Shiweide Cable Tie MachineHigh Degree of AutomationThe Shiweide cable tie machine adopts advanced automation technology and can realize functions such as automatic feeding, automatic tightening and automatic cutting. Operators only need to put the cable ties into the feeding port of the machine, and the machine can automatically complete the entire cable tying process, significantly improving production efficiency. At the same time, the automated operation also reduces the impact of human factors on the quality of the cable ties, ensuring the consistency of the tightness and length of the cable ties.Accurate ControlThe Shiweide cable tie machine is equipped with high-precision sensors and control systems, which can accurately control the tightness and length of the cable ties. By adjusting the parameters of the control system, operators can set the tightness and length of the cable ties according to different needs to meet various production requirements. In addition, accurate control can also avoid damage to products caused by overly tight or loose cable ties, improving the quality and reliability of products.High Efficiency and Energy ConservationThe Shiweide cable tie machine adopts advanced energy-saving technology, which can reduce energy consumption while ensuring high-efficiency production. The motor of the machine adopts a high-efficiency and energy-saving design and can operate at a low power, reducing energy waste. At the same time, the control system of the machine can also automatically adjust the speed and power of the motor according to the actual production situation, further improving the energy utilization efficiency.Stable and ReliableThe Shiweide cable tie machine uses high-quality materials and advanced manufacturing processes, and has stable and reliable performance. The structure of the machine is sturdy and durable, and can withstand long-term intense work. At the same time, all components of the machine have undergone strict quality inspection and debugging to ensure the stability and reliability of the machine. In actual production, the Shiweide cable tie machine can operate stably for a long time, providing a strong guarantee for the production of enterprises.III. The Application Fields of the Shiweide Cable Tie MachineThe Shiweide cable tie machine is widely used in many industries such as electronics, electrical appliances, automobiles, communications, aerospace, etc. In the electronics industry, the Shiweide cable tie machine is used for bundling wires and cables, which can quickly and accurately complete the cable tying task, improving production efficiency and product quality. In the automotive industry, the Shiweide cable tie machine is used for fixing automotive wire harnesses, which can ensure the firmness and reliability of the wire harnesses and improve the safety and reliability of automobiles. In the communications industry, the Shiweide cable tie machine is used for the assembly of communication equipment, which can quickly and accurately complete the cable tying task, improving the production efficiency and quality of communication equipment. In the aerospace industry, the Shiweide cable tie machine is used for the manufacturing of aerospace equipment, which can ensure the firmness and reliability of the equipment and improve the safety and reliability of aerospace equipment.IV. The Market Prospect of the Shiweide Cable Tie MachineWith the continuous development of the global economy and the continuous improvement of the level of industrial automation, the market prospect of the Shiweide cable tie machine is very broad. On the one hand, all industries have higher and higher requirements for production efficiency and product quality, and the traditional manual cable tying method can no longer meet the needs of modern industrial production, which provides a broad market space for the development of the Shiweide cable tie machine. On the other hand, with the continuous progress and innovation of science and technology, the technology of the Shiweide cable tie machine is also constantly upgraded and improved, which can better meet the needs of the market. In the future, the Shiweide cable tie machine is expected to be widely used in more industries and become an indispensable important equipment in industrial production.V. The Corporate Social Responsibility of the Shiweide Cable Tie MachineAs a socially responsible enterprise, Shiweide Automation Technology Co., Ltd. has always been committed to providing customers with stable and reliable products and services, and at the same time, it also actively pays attention to environmental protection and sustainable development. The Shiweide cable tie machine uses environmentally friendly materials and energy-saving technologies, which can reduce environmental pollution and energy consumption during the production process. In addition, the company also actively participates in social welfare activities and has made positive contributions to society.VI. The Future Development Direction of the Shiweide Cable Tie MachineIn the future, Shiweide Automation Technology Co., Ltd. will continue to increase its research and development investment and continuously launch more advanced and intelligent cable tie machine products. The company will strengthen cooperation with domestic and foreign scientific research institutions and universities, jointly carry out technological innovation and research and development, and improve the company's core competitiveness. At the same time, the company will also actively expand domestic and foreign markets, strengthen brand building and marketing, and improve the company's market share and recognition. It is believed that in the near future, the Shiweide cable tie machine will become a globally renowned cable tie machine brand and make greater contributions to promoting the development of global industrial automation.In short, the Shiweide cable tie machine, with its excellent performance and innovative technology, has become a shining star in the industry. In future development, the Shiweide cable tie machine will continue to give full play to its technical advantages, continuously expand its application fields, and make greater contributions to promoting the development of global industrial automation.

We are delighted to invite you and your team to visit Awellcure's booth at Productronica China 2025 , held from March 26–28, 2025in Singapore. You’ll find us at: Booth No. W1.1386, Shanghai New International Expo Centre.At this premier event, Awellcure will showcase cutting-edge advancements in uv led curing systems, uv chambers, and uv radiometer-products designed to enhance user experiences and support your business growth. Key Highlights at Our Booth1. UV LED Curing SolutionsUV LED Spot Light Source: Up to 18w/cm2, optional irradiation heads 4-8 channels , optional wavelength 365/385/395/405nm, multiple control methods Touch Screen/Pedal/RS232 communication/PLC, Each channel can be controlled individually.UV LED Linear Light Source: max uv intensity 20w/cm2,1-4 irradiation heads optional, Long distance/parallel light design, customizable wavelength/curing size/intensity, adopts touch screen control, the power is adjustable (10%-100%).UV LED Flood Curing  System: max uv intensity 35w/cm2,1-4 irradiation heads optional, Long distance/parallel light design, customizable wavelength/curing size/intensity, adopts touch screen control, the power is adjustable (10%-100%).2. UV Curing ChambersHigh-Performance uv chamber ovens: Equipped with imported LEDs, with optional irradiation heads and curing size and wavelength. The UV LED area light source adopts touch screen control, the power is adjustable (10%-100%), and the irradiation time can be freely set. The equipment is small in size, occupies less space, is easy to install, and can be used in conjunction with assembly line workshops.3. UV Radiometers: pure aluminum, small size, Lightweight models, ±5% measurement accuracy, Optional single wavelength or multi-wavelength, online UV probe.If you have specific interests, let us know in advance, and we’ll prepare samples or tailored demonstrations for you. We are eager to explore potential collaborations and discuss how Awellcure can support your business with our innovative solutions. Looking forward to seeing you at Productronica China 2025!

DediProg, a global leader in IC programming systems and solutions, will exhibit its latest IC programming solutions at productronica China 2025. DediProg will be at Booth 4107 in Hall E4, presenting a comprehensive lineup of automated programming systems, universal gang programmers, and ISP programmers designed to enhance efficiency and reliability in electronics manufacturing.The exhibition will highlight DediProg’s automated IC programming systems, including the DP3000-G3 Plus, which supports ultra-small packages down to 1x1mm and can be expanded to 96 programming sockets. This system is designed for high-density IC programming, ensuring stable and efficient production. The DP1000-G5 automated IC programming system, supporting up to 32 programming sockets with two NuProgPlus programmers, features intelligent parameter adjustment to optimize both testing and mass production processes.DediProg will also introduce its latest ISP programmer, SF600Plus-G2U, which supports MCUs, FPGAs, SPI Flash, and other ICs. With compatibility for USB and ATE interfaces, it enables high-speed, in-system programming and seamless integration into production lines.Committed to technological innovation, DediProg continues to develop high-precision IC programming solutions that meet the industry’s demand for efficiency, reliability, and scalability. Industry professionals are invited to visit Booth 4107 in Hall E4 at productronica China 2025 to explore the latest advancements in IC programming solutions!Learn more about DediProg: https://www.dediprog.com

      Dongguan Shenhua Electromechanical Equipment Co., Ltd. was established in 2009.The high-precision cleaning company specializing in PCBA assembly,semiconductor packaging, precision screen printing and other industries.High-tech enterprises engaged in R&D, production, salesand technical services of cleaning machine.     The company’s core team is all from professional technician in the cleaning industry.It was became a well-known professional team in cleaning industry    Main products of the company:SEMI industry cleaning machine, SMT industry cleaning machine,SCREEN printing industry cleaning,rinsing wastewater treatment machine.    Major customer: Xiaomi, Desai, Inspur, Foxconn, Wistron, Quanta, Panasonic, Hitachi, Sumitomo.The equipment is exported to more than 20 countries at home and abroad, and has perfect sales and service channels.     Shenhua cleaning equipment uses SUS304 stainless steel material, well-known brand electrical appliances, fans, pumps, etc., product performance is stable and durable; Reasonable design structure, closed cleaning area, environmental protection, energy saving, safe and efficient; PLC/PC control system, one key operation, easy to use; According to customer needs, customized MES docking, automatic scanning and other functions can be designed to provide reliable support for customers' digital management.       The company will participate in Munich Shanghai Electronics Production Equipment Exhibition on March 26-28, 2025, and the products are expected to be: fixture cleaning machine, steel mesh cleaning machine, PCBA offline cleaning machine, semiconductor package cleaning machine.       The main purpose of this exhibition is to get in close contact with customers offline, understand the latest trends and needs of customers in the field of automated cleaning technology, tailor cleaning equipment and comprehensive solutions for customers more suitable for enterprise products, improve the performance and efficiency of cleaning equipment, and promote the sustainable development of the market and sustainable business. Look forward to in-depth exchanges with colleagues from all walks of life, friendly cooperation, win-win future!

DELO has developed a new, reliable sealant adhesive for CMOS image sensors, which are often used in driver monitoring systems. Glass filters can be bonded directly to the semiconductor chip using DELO DUALBOND EG6290. The electronics-specified adhesive can be dispensed in narrow, high bondlines, can compensate for temperature-dependent pressure changes, and meets routine automotive standards.The new adhesive was specially designed for the glass-on-die assembly method. The glass filter is fixed directly onto the chip, as is typical with iBGA image sensor packaging.Compared to previous products, DELO DUALBOND EG6290 has a significantly higher Young's modulus of 2,350 MPa and significantly higher adhesion value. Due to a glass transition temperature (Tg) of over +130 °C, the adhesive exhibits mechanically consistent behavior—even at high application temperatures, for example, during the molding process—and can compensate for temperature-dependent pressure changes. DELO DUALBOND EG6290 thus fulfills the requirements of the AEC-Q100 Grade 2 automotive industry standard.  The adhesive is applied via needle dispensing. Thanks to its very high thixotropy index, narrow and high bondlines can be precisely dispensed, onto which the glass filter is then joined.Curing takes place in two successive process steps: First, the adhesive is exposed to light with a wavelength of 365 or 400 nm. Then, as a result, the glass filter is fixed within a few seconds. The adhesive typically fully cures in 15 minutes at +130 °C. Due to the rapid curing reaction, the matrix in the adhesive builds up quickly, which ensures the image sensor package is reliably sealed.Both the dual curing process and the comparatively low curing temperature help to minimize the pressure that usually occurs when bonding glass filters.CMOS image sensors are essential components in modern vehicles and are installed, for example, in LiDAR and driver monitoring systems. They must be completely sealed to keep out dust and moisture and maintain their safety functions over their entire service life.

DELO has introduced a new microdispensing valve. The DELO-DOT PN5 LV pneumatic jet valve is designed for dispensing low-viscosity adhesives and other media in miniaturized applications. Thanks to its compact design, it also requires very little space to install in production systems.This new device widens DELO's existing portfolio of dispensing valves. While the closely related DELO-DOT PN5, introduced in 2022, was developed for more viscous, highly filled materials, the new LV (low-viscosity) variant is primarily aimed at dispensing smaller droplet sizes of low-to-medium-viscosity media with up to 35,000 mPa·s.Interchangeable nozzles with different diameters and a flexible, adjustable plunger stroke ensure precise and reliable applications at different droplet sizes. Volumes of as low as 1 nl can be achieved, which corresponds to droplet diameters of 250 µm or less.Thanks to its compact dimensions of 68 mm × 19 mm × 90 mm (W x D x H), DELO-DOT PN5 LV requires very little space to install in production systems. At just 240 g, its lightweight construction enables quick valve acceleration as well as a smaller axis and drive design. It also supports high-speed processes with a continuous dispensing frequency of up to 250 Hz.The drive found in DELO-DOT PN5 LV is designed to be operated over one billion cycles, meeting the highest standards of robustness. The fluid plunger is composed of durable materials such as ceramic and carbide. Thanks to its two-part construction, users can replace both the plunger itself and the nozzle in the event of wear, namely at life cycle end. The bayonet lock allows for simple removal without any tools. Cleaning the fluid system can also be done with minimal effort.In contrast to needle dispensers, jet valves apply the adhesive in a contactless way that prevents the valve and component from colliding. This is particularly advantageous for complex dispensing geometries. As no movement in the z-direction is required, adhesive jetting also enables higher dispensing speeds.

DELO has conducted in-house feasibility studies, electrically and mechanically connecting miniLED dice using directional conductive adhesives. The results show reliable bonding strength and high yields during on-light testing. With these findings, it is evident that adhesives refine miniLED display manufacturing, better adapting them for the mass market as well as carving a pathway for mass microLED display production.Due to how well-accustomed they are to these solutions, the display industry still relies heavily on solder materials for interconnecting SMD components. However, as dice get smaller and smaller, with miniLED applications entering mass production and microLEDs on the horizon, isotropic conductive materials like solder will soon be unable to avoid short circuits in this scale.This observation is what prompted DELO Industrial Adhesives, a high-tech adhesives manufacturer based in Germany, to study the feasibility of their products as a potential alternative for this dated interconnection method.In doing its research, DELO determined that materials like DELO MONOPOX AC268 were the most appropriate of their products to test. This material is electrically conductive in one direction, helping it prevent short circuits from occurring. That and its processing properties allowing printing masks to forgo having to have their openings shrunken for dispensing makes these materials ideal for this application.In the feasibility study, the adhesive was applied by dipping the miniLED light into a reservoir of DELO MONOPOX AC268 adhesive, then thermode-cured at 180 °C for 20 seconds. Once cured, the LED dice were then tested for operational feasibility; one singular die was fixed to one test board while another board contained several lights in a daisy chain array. Lamps on both boards illuminated without issue, short circuits being successfully avoided.“These results prove that, indeed, adhesives are a suitable alternative to pick-and-place soldering for miniLED applications,” said Tim Cloppenborg, Senior Product Manager for LED at DELO. “Having a new, streamlined assembly process opens doors to increased production yields as well as the expedition of newer technologies, like microLEDs, which will enable fascinating new display applications within the next decade.”This study is just one of its many pioneering preliminary studies that DELO does to keep ahead in the many industries it serves, in addition to over 3,000 customer tests per year. The advanced materials supplier serves high-profile customers—from Infineon to Mercedes-Benz—across many sectors, including the automotive, consumer electronics, and semiconductor industries.

DELO has developed a new adhesive that can be used to create  ultra-fine structures within seconds. DELO DUALBOND EG4797 thus creates new possibilities in heterogeneous integration and optical packaging applications. Able to realize unlimited freeform structures and razor-thin optical barriers, the material also answers to the ongoing trend towards miniaturization.The halogen- and solvent-free acrylate allows for extremely fine microstructure designs—so-called micro dams—in semiconductor packaging and on printed circuit boards. With it, bondlines with widths of less than 100 µm in an aspect ratio of five or more can be dispensed. Previously, achieving line widths of even 200 µm was considered a challenge. This new micro dam solution was developed in close partnership with NSW Automation, a systems manufacturer which produces high-precision microdispensing technologies for the semiconductor industry.A special feature of DELO DUALBOND EG4797 is its high thixotropic index of 6.6. This enables high dispensing speeds of 15 mm/s or more, all while creating a stable microstructure layer by layer—on straight as well as curved surfaces. Fine bondlines are dispensed using conical needles with a diameter of 100 µm.After dispensing, the micro dam is cured in one step. The process can be set up flexibly while remaining energy efficient. Curing can either be carried out in 10 seconds using only UV light, in five minutes using only heat at +120 °C, or via a dual-curing process using both UV light and heat.DELO DUALBOND EG4797 proves to be a very good adhesive in testing typical for compliance to microelectronics and semiconductor industry standards such as JEDEC MSL.This new product comes in response to increasing demand for high-performance electronic components and the ongoing trend towards miniaturization, with more and more powerful functioning parts needing to be accommodated on PCBs.Microstructures, for example, can serve as flow stops and reduce keep-out zones (KoZ). These are areas within a PCB layout that limit the flow of underfill adhesives used to reinforce solder contacts, thus protecting surrounding components. In optical packaging, such as in LED module manufacturing, micro dams—extremely fine in structure—act as optical barriers.Due to ultra-fine micro dams and their various process options, freeform structures can take on an almost limitless number of designs, and new, unprecedented package layouts can be achieved. All the while, the amount of space required can be reduced to a minimum.DELO DUALBOND EG4797 and other advanced packaging adhesives will be on display at the IMAPS Symposium from September 30 to October 3, 2024, in Boston, Massachusetts, USA, and at IEMT, which will take place from October 16–18, 2024, in Penang, Malaysia.

DELO has developed a new approach for fan-out wafer-level packaging (FOWLP). Its feasibility study shows: With the use of UV-curable molding materials instead of heat curing ones, warpage and die shift can be reduced significantly. Additionally, this leads to improvements in curing time and minimizes the energy consumption.Both warpage and die shift are typical side effects of fan-out wafer-level packaging, a cost-efficient method in the semiconductor industry where numerous dies are encapsulated together on a carrier. Even though fan-out techniques on wafer- and panel-level constantly get refined, these issues associated with the involved compression molding remain.Warpage occurs due to chemical shrinkage when the liquid compression mold compound (LCM) cures and cools down after the molding process. The second contribution to warpage is due to the mismatch of coefficient of thermal expansion (CTE) between the silicon dies, mold material and the substrate. Die shift is a result of highly filled, and thus pasty molding materials, which can only be applied under elevated temperature and high pressure. As the dies are mounted on carriers by temporary bonding, increased temperature can soften the temporary adhesive, hence diminishing its function of keeping the chips in place. Simultaneously, the pressure needed to push the molding compound exerts force on each die.  To find a solution for these challenges, DELO conducted a feasibility study, using a simple model of dummy chips bonded to a carrier substrate. For this setup, the carrier wafer was coated with a temporary adhesive and the dies were positioned face-down. Subsequently, the wafer was molded with a low-viscosity DELO material and cured with UV light before the carrier wafer was removed again. Typically, high-viscosity heat-curing molding compounds are used in applications like this.The experiments, in which DELO also compared the warpage of a heat-curing encapsulant with that of a UV curing product, proved that warpage occurs when typical molding materials cool down after heat curing. Therefore, switching to room temperature curing by using UV light instead of heat significantly reduces the impact of CTE mismatch between the molding compound and carrier, thus minimizing warpage.With the use of a UV-curing material it is also possible to reduce filler content and, therefore, lower its viscosity and Young’s modulus. In testing, a model adhesive system achieved a viscosity of 35,000 mPa·s and a Young’s modulus of 1 GPa. This leads to minimal die shift as no heat or high pressure is necessary to spread the molding material. Typically used compounds have viscosities of around 800,000 mPa·s and Young’s moduli are in double-digit range.Overall, the study showed that the utilization of UV-curable large-area molding materials facilitates the production of chip-first fan-out wafer-level packaging wafers with minimal warpage and die shift. Despite the substantial CTE disparity among the materials employed, the process remains versatile due to the lack of temperature variation. Furthermore, UV curing reduces both curing time and energy consumption.DELO will be at SEMICON Europa in Munich from November 12–15, 2024 to talk about its findings in detail as well as additional bonding solutions for advanced packaging.

DELO Industrial Adhesives introduces its newest light curing product, DELOLUX 30. Replacing the successful DELOLUX 80 series of curing lamps, it aims to further refine the highly customizable light curing capabilities of its predecessor.Primary highlights of the DELOLUX 30 curing lamp include ahigherpeak intensity of up to 22.5 W/cm² as well as increased homogeneity in its intensity distribution. What this results in is quicker fixation and a more consistent final bond, increasing production efficiency and yield, as well as product quality in real-world use cases. The cylindrical lamp head measures at 80 mm tall with a diameter of 30 mm, connecting with a highly flexible 450 mm-long flat-ribbon cable.DELOLUX 30 is available in wavelengths of 365, 400 and 460 nm, each of them offered in one of two configurations. The first is in an all-in-one package which includes other necessary equipment, including integrated water-cooling and a control unit. The second is one individual lamp head which users or machine integrators can supplement with the appropriate equipment of their own choosing to seamlessly integrate them into new or existing production lines.DELOLUX 30 has many possible end applications, including LED packaging, in which the lamp head can be positioned to irradiate light from above the lens. Here, with a higher peak intensity, exposure time is reduced, and yield can thus increase. In the automotive sector, the lamp can also be used in chip encapsulation processes. When coupled with other DELO process technologies—namely Activation on the Flow—time saved by either factor can help streamline the lidding process in potting and increase production further.

On March 25th, 2025, Suzhou Ruichuan Electromechanical Technology Co., Ltd. will make a wonderful appearance with a number of innovative products at the Munich Wire Harness Industry Exhibition and communicate with many professional visitors.As an enterprise integrating research and development, production, and sales, Ruichuan Electromechanical has always been focused on providing tooling fixtures and equipment supporting solutions for wire harness manufacturing enterprises. At this exhibition, the company will focus on showcasing star products such as wire harness assembly positioning fixtures, high and low voltage electrical testing platforms, and assembly lines. Its high-voltage electrical testing module features high precision and strong stability, effectively improving the efficiency and accuracy of wire harness testing, which has attracted much attention in the industry.The person in charge of the company stated that in the future, they will continue to increase investment in research and development and use innovative products to boost the development of the wire harness industry.

Forum Topic: New Generation High Voltage Wire Harness CAPP Software V1.0 (Innovate Your Process Design Flow) Speaker: Ni Zhenghui, Project Manager of High Voltage Wire Harness CAPP Luoyang Online Saisi Technology Co., Ltd. website: http://www.lyzxss.cn Shanghai New International Expo Center New Energy&Intelligent Connected Vehicle Wiring Harness and Connection Technology Forum 44------- March 27, 2025 11:00-11:30 Shanghai New International Expo Center E1 Hall On site Forum Area (E1.1182)  Looking forward to your arrival!

The highly anticipated Munich Shanghai Electronic Equipment Exhibition will be held grandly at the Shanghai New International Expo Center from March 26-28, 2025. As the annual event of the electronic manufacturing industry, this exhibition has attracted nearly 1000 high-quality enterprises to participate, with a display area of 100000 square meters. The exhibits cover the entire electronic manufacturing industry chain, providing an excellent platform for industry professionals to communicate, cooperate, and gain insights into trends. As a leader in the industry, Online Saisi made a stunning debut with a series of innovative products and technological solutions, becoming the focus of the exhibition. The highlights of the products showcased by online Saisi are diverse. In the field of fully automatic offline crimping machines, the equipment is equipped with the industry's first intelligent MES system, greatly reducing the time for machine adjustment. With just one click start, it can improve production efficiency by more than 30% for customers and help enterprises stand out in market competition. Online Saisi has launched its latest product: 1. The ZX-1D-2 twisted pair processing center integrates the offline and twisted pair functions, and can automatically achieve fixed length wire cutting, single/double end stripping (full stripping, half stripping), single/double end crimping, single/double end threading, twisting and other functions; 2. The ZX-5L-2 new energy high-precision wire stripping machine is an original product of our company. It uses a high-precision servo motor through a gear rack transmission mechanism, with a mechanical hand holding the wire and measuring the length of the wire in a straight line. Avoiding the situation of excessive wire length error caused by roller feeding in the past. Compared to large-scale equipment such as automatic production lines, 5L-2 has a higher cost-effectiveness and is more convenient to use, with quick and easy adjustments. Very suitable for processing wire harnesses that require high precision, small batches, and multiple varieties; 3. New generation high-voltage wiring harness CAPP software V1.0. In 2024, Online Saisi Company was commissioned by Yutong Group to develop a new generation of high-voltage wire harness CAPP software. Currently, Online Saisi's new generation of high-voltage wire harness CAPP software has been successfully launched and operated, helping customers enter a new era of intelligent design. Luoyang Online Saisi Technology Co., Ltd.      website: http://www.lyzxss.cn

In this exhibition, we will launch the latest innovative wire harness terminal welding equipment to achieve: double the welding efficiency to help you greatly increase production capacity, seize the market opportunity, metal surface oil stain detector: real-time monitoring of metal surface oil, to ensure welding quality, improve product yield two equipment appeared at the exhibition. Suzhou Hongqingyi has been focusing on the field of wire harness welding for many years, with an experienced technical team and perfect after-sales service system, is committed to providing customers with customized solutions to meet the needs of diverse application scenarios, and has won the praise of many customers! We look forward to in-depth exchanges with you at the exhibition site, showing you the latest technology and equipment, and jointly discussing the future development trend of wire harness processing industry!