When we were children, we always looked forward to growing up.   As adults, we realize how precious the joy of childhood truly is.   Children’s Day is not only for children—it also belongs to everyone who holds onto their dreams and stays passionate about life.    On the journey of innovation and growth, Youngpool Technology has always believed that:   Staying curious leads to continuous breakthroughs;   Staying passionate drives continuous progress;   Staying true to your original aspirations creates endless possibilities.   May all our customers, partners, and Youngpool team members preserve a sense of childlike wonder and passion amid their busy work, and embrace every future challenge with greater enthusiasm and confidence.   Youngpool Technology wishes everyone: Happy International Children's Day! May your eyes always shine with hope, your heart always be filled with dreams, and may you always look forward to life and the future.

In SMT electronics manufacturing, warehousing and material preparation are positioned at the front end of the production process, yet their operational efficiency and material accuracy directly affect the stability of subsequent line feeding. Especially with the growing adoption of high-mix, low-volume production models, the frequency of tape splitting, reel splitting, and component counting operations continues to increase, creating greater challenges for traditional manual reel splitting methods in terms of efficiency and standardized management.   At present, reel splitting operations in SMT warehouses are still mainly handled manually. Operators usually need to split full reels into smaller quantities according to production requirements while simultaneously completing component counting, labeling, and material management tasks. Although this method offers a certain degree of flexibility, under continuous operation conditions, reel splitting consistency and operational efficiency can easily fluctuate due to operator experience, working habits, and material specification changes.   Particularly in scenarios involving different tape width switching, mixed usage of paper and embossed carrier tapes, and multi-batch small-quantity reel splitting, manual operations often require frequent equipment adjustments and repeated quantity verification. As the pace of warehouse material preparation continues to accelerate, the collaborative efficiency between reel splitting, counting, and recording processes has gradually become a key focus in SMT warehouse management.   To address these application requirements, YOUNGPOOL has launched the D-1 Auto Splitting Machine, aiming to help manufacturers optimize SMT warehouse reel splitting processes through a more standardized and automated solution.   The D-1 Auto Splitting Machine supports 8mm, 12mm, 16mm, and 24mm carrier tapes and is compatible with both paper and plastic tapes, meeting the reel splitting requirements of common SMT tape types. The machine adopts an automatic rail adjustment structure, eliminating the need for frequent manual adjustments during tape width switching. This helps improve continuous operation efficiency while reducing operational intervention caused by specification changes.   In practical warehouse applications, reel splitting and component counting are usually two consecutive processes. Under traditional methods, operators often need to perform separate counting verification after reel splitting. In contrast, the D-1 Auto Splitting Machine can simultaneously execute component counting during the reel splitting process, enabling integrated reel splitting and counting operations. Compared with manual operations, the D-1 significantly improves both reel splitting efficiency and counting accuracy.   The machine is equipped with a standard intelligent vision system and supports automatic empty tape detection, which helps identify tape status and reduce th...

In SMT electronics manufacturing, warehousing and material preparation are positioned at the front end of the production process, yet their operational efficiency and material accuracy directly affect the stability of subsequent line feeding. Especially with the growing adoption of high-mix, low-volume production models, the frequency of tape splitting, reel splitting, and component counting operations continues to increase, creating greater challenges for traditional manual reel splitting methods in terms of efficiency and standardized management.   At present, reel splitting operations in SMT warehouses are still mainly handled manually. Operators usually need to split full reels into smaller quantities according to production requirements while simultaneously completing component counting, labeling, and material management tasks. Although this method offers a certain degree of flexibility, under continuous operation conditions, reel splitting consistency and operational efficiency can easily fluctuate due to operator experience, working habits, and material specification changes.   Particularly in scenarios involving different tape width switching, mixed usage of paper and embossed carrier tapes, and multi-batch small-quantity reel splitting, manual operations often require frequent equipment adjustments and repeated quantity verification. As the pace of warehouse material preparation continues to accelerate, the collaborative efficiency between reel splitting, counting, and recording processes has gradually become a key focus in SMT warehouse management.   To address these application requirements, YOUNGPOOL has launched the D-1 Auto Splitting Machine, aiming to help manufacturers optimize SMT warehouse reel splitting processes through a more standardized and automated solution.   The D-1 Auto Splitting Machine supports 8mm, 12mm, 16mm, and 24mm carrier tapes and is compatible with both paper and plastic tapes, meeting the reel splitting requirements of common SMT tape types. The machine adopts an automatic rail adjustment structure, eliminating the need for frequent manual adjustments during tape width switching. This helps improve continuous operation efficiency while reducing operational intervention caused by specification changes.   In practical warehouse applications, reel splitting and component counting are usually two consecutive processes. Under traditional methods, operators often need to perform separate counting verification after reel splitting. In contrast, the D-1 Auto Splitting Machine can simultaneously execute component counting during the reel splitting process, enabling integrated reel splitting and counting operations. Compared with manual operations, the D-1 significantly improves both reel splitting efficiency and counting accuracy.   The machine is equipped with a standard intelligent vision system and supports automatic empty tape detection, which helps identify tape status and reduce th...

In SMT production processes, the tape splicing operation directly affects the continuous running performance of placement equipment. As the electronics manufacturing industry gradually shifts toward high-mix, low-volume production models, material changeover frequency on production lines continues to increase, and the application of different tape specifications has become more common. For SMT factories, how to maintain splicing stability and production continuity during frequent material replacement has become one of the key factors affecting line efficiency. 01 Limitations of Traditional Manual Tape Splicing Traditional manual tape splicing mainly relies on operators to complete tape joining manually, and in some scenarios, auxiliary tools such as splicing pliers are required. When frequently switching among different tape widths such as 8mm, 12mm, 16mm, and 24mm, operators must continuously adjust splicing methods and operating rhythm, which creates a certain dependence on operator proficiency. Under long-duration continuous production environments, manual splicing is easily affected by operating habits, visual fatigue, and differences in experience, which may result in misalignment, tape wrinkling, or insufficient splicing stability. Once splicing quality fluctuates, it may not only affect feeder pass-through capability, but also further impact subsequent placement continuity and production takt time. Meanwhile, in today’s high-speed placement and precision manufacturing environment, traditional manual splicing methods are gradually becoming insufficient in terms of standardization, consistency, and error-proofing management to meet the automation demands of SMT production lines.   02 YOUNGPOOL Intelligent Tape Splicing Solution To address the practical requirements of SMT tape splicing processes in terms of stability, efficiency, and intelligent management, YOUNGPOOL TECHNOLOGY independently developed and launched the L-900 Auto Splicing Machine, providing a more stable and efficient SMT tape splicing solution for multi-specification tape applications. The L-900 supports tape splicing for 8–24mm carrier tapes and is compatible with both paper and plastic tapes. The equipment adopts a rail-adjustable design that automatically adapts track width according to different tape specifications. In high-mix, low-volume production environments, it helps reduce the operational burden caused by repeated manual adjustments, making it more suitable for flexible manufacturing scenarios involving multi-specification material splicing requirements. In terms of splicing stability, the L-900 Auto Splicing Machine supports a maximum component pocket depth of 9mm and provides strong tensile and torsional resistance at the splice joint, further improving post-splicing running stability. During continuous production, it helps enhance feeder pass-through performance and production line continuity. In addition, the machine is equipped with a standard intelligen...

Time flies, yet love remains steadfast. On the occasion of Mother's Day, Youngpool Technology extends its most sincere blessings to all mothers around the world: May every mother enjoy good health and constant happiness every year. Happy Mother's Day!

On the occasion of International Workers' Day, Youngpool Technology extends its sincere respect to every diligent worker. At the same time, we sincerely thank our valued customers and industry partners for their long-standing trust and support. May we move forward hand in hand and create greater value together. May every effort be rewarded, and every dedication bring fruitful returns. I wish everyone a happy Labor Day and thriving career!

Dear Valued Customers and All Employees, In accordance with the national statutory holiday schedule and considering the Company’s actual operational requirements, the holiday arrangements for the 2026 Labor Day are hereby notified as follows: Holiday Schedule ● May 1, 2026 (Friday) to May 4, 2026 (Monday), totaling 4 days. ● Work will resume on May 5 (Tuesday) and May 9 (Saturday). Work Arrangement Guidelines ● All departments are requested to complete pre-holiday work planning in advance, reasonably arrange production and delivery schedules, and ensure smooth continuity of all operations. ● For customer-related projects, please ensure proactive communication and coordination to avoid any impact on delivery timelines due to the holiday. ● In case of urgent matters during the holiday, please contact the responsible personnel to maintain effective communication. Safety and Precautions ● Before the holiday, all departments should carry out equipment inspections and implement necessary safety measures. Please shut down non-essential power supplies and equipment to ensure a safe production and office environment. ● During the holiday, please pay attention to travel safety and arrange your rest time appropriately. Every achievement we have made is built upon the dedication and hard work of each employee. Youngpool Technology hereby extends its sincere appreciation and festive greetings to all employees. Youngpool Technology wish you a happy holiday and good health for you and your family!

From April 21 to 23, 2026, Youngpool Technology showcased a range of SMT intelligent equipment and solutions at INNOELECTRO 2026. As a key event in the electronics manufacturing industry, the exhibition brought together advanced manufacturing companies and professional visitors from around the world to explore industry trends and technological innovations. During the exhibition, Youngpool Technology’s booth attracted continuous attention, drawing numerous industry professionals for in-depth discussions. Focusing on the core demands of SMT production lines—efficiency, yield, and cost control—the company highlighted two key machines: the Intelligent Splicing Machine and the Dry Ultrasonic Cleaning Machine. Combined with real-world application scenarios, Youngpool presented a comprehensive capability spanning from material management to quality control. L-900 Auto Splicing Machine: Dedicated 8-24mm carrier tape splicing; support paper and embossed tape; support deep pocket up to 9mm; Excellent FPY up to 98%; standard Intelligent vision system; support MES. A-500 Dry Ultrasonic Cleaning Machine: No consumables, non-contact cleaning, ensuring no damage to products and preventing secondary pollution; Perfectly handles various 3D surfaces such as steps, through-holes, etc; Compact design, easy to install and maintain. In addition to these two core machines, Youngpool Technology also presented a portfolio of intelligent equipment solutions covering key stages of the SMT production line. From material handling to process optimization, these solutions enable multi-point coordinated upgrades. Through data integration between equipment and process optimization, a more efficient and stable production system can be established for customers. D-1 Auto Splitting Machine: Supports 8/12/16/24mm tape; support paper and embossed tape; support deep pocket up to 9mm; supports component counting; optional LCR measurement anti-error system; optional screen-printing recognition and comparison; standard smart vision system; automatic empty-pocket detection; tape-width spacing memory; label printing; MES customization. M-900 Laser Marking Machine: Supports 4 types of laser (CO2, UV, Green & Fiber) available for optimal performance; Generate high-quality 1D and 2D codes, text, logos, optical characters, etc; Support Top and Bottom dual-head configuration for greater flexibility and throughput; High efficiency, create high quality marks, easy to maintain. LD-4 Inline Laser PCB Depaneling Machine: Supports both inline and offline modes; equipped with a 60W standard laser, achieves high-speed depaneling; Precision cutting, no mechanical stress, equipment width is only 0.77 meters. N-800A Vacuum Degassing Machine: Inline configuration for easy integration into production line; it removes air bubbles on PCBs after dispensing or conformal coating, ensuring product quality and improving production yield. The three-day exhibition served not only as a platfor...

As SMT manufacturing continues to evolve toward high-density assembly and higher reliability requirements, surface cleanliness has become a critical variable affecting yield. Whether at the incoming material stage prior to placement or during intermediate processes after placement, residual micron-level dust and foreign particles can interfere with soldering quality, inspection accuracy, and even long-term reliability. Therefore, achieving stable and controllable cleaning performance—without significantly increasing process complexity—has become a key direction for production line optimization. Limitations of Conventional Cleaning Methods Common cleaning methods in current production lines include contact-based approaches such as brushing, as well as wet cleaning processes. The former often suffers from insufficient coverage when dealing with complex structures (e.g., through-holes, stepped surfaces), while mechanical contact may pose potential risks to precision components. The latter, although capable of effective cleaning, relies on cleaning agents and drying processes, which impose higher requirements on consumable management, equipment maintenance, and environmental control. As a result, under the concept of “reduced contact and minimized variables,” dry, non-contact cleaning is increasingly being adopted as a complementary or alternative solution. Youngpool Technology Non-Contact Cleaning Solution The A-500 Dry Ultrasonic Cleaning Machine, independently developed by Youngpool Technology, is based on aerodynamic principles. By generating high-speed ultrasonic airflow at the dust removal head, it enables particles adhered to the product surface to overcome adhesion forces and detach. These particles are then simultaneously extracted through a negative pressure system, completing a closed-loop cleaning process. This cleaning method uses clean air as the medium to effectively remove non-adhesive dust through a non-contact approach. According to equipment data, the removal efficiency can exceed 97%. In practical applications, this method avoids mechanical interference with components and structures, while demonstrating strong adaptability to three-dimensional surfaces such as through-holes and stepped geometries. Additionally, it does not rely on consumables such as cleaning fluids, helping to reduce operational complexity. The coordinated action of cleaning and negative pressure extraction further minimizes the risk of dust residue and reattachment. Moreover, the equipment adopts a closed-loop system design, ensuring that it does not disturb the airflow organization or pressure balance within the workshop, making it particularly suitable for stable operation in environments with stringent cleanliness requirements. Application Extension: Broken Probe Cleaning In actual SMT production, the issue of “broken probes” (e.g., residues from fractured test probes, fixture pins, or related microstructures) is a typical source of fine particle contaminati...

From April 21 to 23, 2026, Youngpool Technology will make a strong appearance at INNOELECTRO 2026, presenting a range of intelligent equipment covering key processes across the SMT production line. As one of the most influential electronics manufacturing exhibitions in Central and Eastern Europe, INNOELECTRO gathers leading global technologies and solutions, showcasing the latest advancements in the electronics manufacturing industry. Exhibition Information Booth No.: C09 Date: April 21–23, 2026 Location: BOK Hall, Dozsa Gyorgy ut 1, Budapest, Hungary At this exhibition, Youngpool Technology will highlight the following core equipment: L-900 Auto Splicing Machine Series: Dedicated 8mm or 8-24mm carrier tape splicing(01005 capable) Support paper and embossed tape Support deep pocket up to 9mm (L-900) Intelligent vision system Support MES D-1 Auto Splitting Machine: Support 8, 12, 16, 24mm component tape width Support paper and embossed tape Support counting function Automatic empty-tape detection Supports label printing M-900 Laser Marking Machine Series: 4 types of laser (CO2, UV, Green & Fiber) available for optimal performance Generate high-quality 1D and 2D codes, text, logos, optical characters, etc Support Top and Bottom dual-head configuration for greater flexibility and throughput High efficiency, create high quality marks, easy to maintain. LD-4 Laser Depaneling Machine: Supports both online and offline modes Equipped with a 60 W laser for high-speed depaneling Precision cutting with zero mechanical stress Machine width: only 0.77 m A-500 Dry Ultrasonic Cleaning Machine: No consumables Perfectly handles various 3D surfaces such as steps, through-holes, etc Utilizes clean air as a medium for non-contact cleaning, ensuring no damage to products and preventing secondary pollution Compact design, easy to install and maintain N-800A Vacuum Degassing Machine: Inline configuration for easy integration into production line Single lane-single chamber configuration Degassing accomplished using vacuum and heat Max. PCB size : 500mm x 500mm Easy to operat During the exhibition, the Youngpool Technology team will conduct live equipment demonstrations and technical presentations. With reference to real application scenarios, we will provide in-depth insights into how these solutions address the demands of high-mix, low-volume production environments. Whether your focus is on production efficiency, quality control, or smart manufacturing upgrades, we will deliver tailored solutions and professional guidance. Youngpool Technology sincerely invites you to visit Booth C09 for face-to-face discussions and explore the future direction of intelligent SMT manufacturing together. We look forward to meeting you in Budapest, Hungary, and embarking on a new chapter of efficient, intelligent, and reliable electronics manufacturing.

As the Qingming Festival approaches, nature awakens and spring grows ever more vibrant. In this season of remembrance and renewed hope, Youngpool Technology extends our sincere greetings to you. Amid the fast pace of production and development, we also take a moment to pause—reflecting on the past and appreciating the present. Just as SMT manufacturing continues to advance toward higher precision and efficiency, every steady step forward relies on a steadfast commitment to detail and a forward-looking vision. On this Qingming occasion, may you find time, even in a busy schedule, to embrace the warmth and vitality of spring. May your memories find a place to rest, and may your journey ahead be empowered with strength. Youngpool Technology remains by your side, delivering stable and reliable intelligent manufacturing solutions to support the efficient operation of every production line. Wishing you peace, health, and continued success this Qingming season.

During the Qingming season, all things grow and spring is in full bloom. As a time to honor remembrance and enjoy the outdoors, we are about to welcome the Qingming holiday.   In accordance with the national statutory holiday schedule and based on the company’s actual situation, the Qingming Festival holiday arrangement is hereby announced as follows: Holiday Schedule: April 3 (Friday) to April 5 (Sunday), totaling 3 days; Work will resume on April 6 (Monday). Notes: Work Arrangements: All departments are requested to properly complete pre-holiday work handovers to ensure that project progress is not affected. Safety Reminder: Please pay attention to traffic safety when traveling, avoid hazardous areas, and conduct safety checks in office areas, including turning off power supplies and securing doors and windows.   On the occasion of the upcoming Qingming Festival, Youngpool Technology extends sincere greetings to all customers and partners, and wishes you a safe, peaceful, and pleasant holiday in advance.