In electronics manufacturing, a product marking is more than a printed symbol — it is where the traceability chain begins. A customer in Poland has recently adopted the Youngpool M-900 Laser Marking System for automated laser marking and product identification, as part of its ongoing investment in production technology. 1. Why laser marking Laser marking is the process of engraving permanent identification and traceability information directly onto the product by laser. Depending on production requirements, it can print barcodes, 2D codes, serial numbers, product identifiers and other traceability data. Compared with labelling or inkjet printing, a laser mark acts on the material surface itself: it does not wear off or peel, which makes it the better choice for products that must remain traceable over a long service life. Laser marking serves two purposes: it keeps marking quality consistent, and it gives every unit a unique identity — the precondition for a closed-loop traceability system. 2. Installation completed at the plant in Poland Youngpool Technology has completed the installation and commissioning of the M-900 at the customer's plant in Poland. The system was set up to the customer's requirements and is ready for production, and Youngpool provided technical support throughout installation and commissioning. The work also confirmed that the system parameters match the customer's line configuration and that the system can take on the customer's marking requirements at any time. The configuration of the system explains why it suits a line that requires long-term traceability. The M-900 is an inline, fully automatic laser marking system. Key parameters are as follows: ▪ Marking content: 1D codes, 2D codes, numeric and alphabetic characters, and graphics; ▪ Laser source: CO₂ as standard (10.6 μm, with 9.3 μm optional) at 10 W output; UV, green and fibre configurations are also available; ▪ Speed and accuracy: scan speed of 6,000 mm/s and repeat positioning accuracy of ±20 μm; ▪ Board range: PCB thickness of 0.2–6 mm, with board sizes from 50 × 50 mm up to 500 × 450 mm; ▪ Line integration: single-section rail design, inline CCD inspection, and an overall width of 768 mm. The system is also equipped with separate dust collector and an interlocked safety enclosure, so that marking takes place in a fully enclosed environment and releases no fumes into the shop floor. For European customers whose supplier audits cover environment and occupational health, this point carries as much weight as marking accuracy. 3. From “can mark” to “can trace” For this customer, the M-900 is more than a marking machine: it is a dedicated automated marking solution. By producing consistent, permanent marks, it gives each board an identity that can be recognised and traced throughout the entire manufacturing cycle. One detail of this solution is easy to overlook. The M-900 is fitted with dual cameras as standard, so marking and code reading happen simultaneously: eve...

Youngpool Technology (YOUNGPOOL) has recently completed the installation and commissioning of an N-800A Vacuum Degassing Machine at the plant of a European electronics manufacturing services (EMS) provider. The machine has been verified against the customer's parameters and released for production. It is used primarily for bubble control in the adhesive layer after dispensing and coating, so that the customer can meet its end customers' acceptance requirements for adhesive quality. The customer is based in Europe and provides electronics manufacturing, testing and engineering services. As end customers raise reliability requirements, acceptance criteria for bubbles inside the adhesive layer have become more specific, while the margin left in the existing process has narrowed — a constraint on further process capability. After evaluating several options, the customer selected an inline vacuum degassing system as a process complement. In dispensing and coating, bubbles in PCBs come from more than one source: air entrained in the adhesive during storage and refilling, and air drawn in again as the adhesive spreads across the board and flows around components and vias. Once encapsulated by the cured adhesive, a bubble becomes a permanent void inside the adhesive layer, expanding and contracting through thermal cycles. It can lead to delamination and micro-cracks, and it reduces the insulation and protection performance of the layer. This is why automotive electronics, industrial control and similar applications set strict limits on bubbles. The N-800A Vacuum Degassing Machine is installed after dispensing or coating and before curing. It applies a controlled vacuum to the coated PCB, so that bubbles inside the adhesive expand, coalesce and are released under differential pressure; the board then moves directly into curing, with no window for bubbles to re-form in between. The machine uses an inline design that fits the existing line takt.  Vacuum level and dwell time can be set separately for each adhesive system and board type. Boards up to 500 × 500 mm can be handled. After reviewing the degassing principle and the inline configuration, the customer moved quickly to a purchasing decision, describing the investment as part of its ongoing commitment to production technology. Following delivery, Youngpool Technology completed installation and commissioning and carried out parameter verification with the customer's actual products. The company also provided on-site technical training for the customer's operators and process engineers, covering machine operation, parameter settings and routine maintenance, so that personnel could become familiar with the equipment and the correct procedures. The installation integrates the N-800A smoothly into the customer's production environment, establishing a more controllable PCB degassing method for the customer, with follow-up service support available at any time. For Youngpool Technology, the project again...

Following the Philippines Energy Storage Customer' request, Youngpool Technology conducted an on-site DEMO of the L-4 Auto Splicing Machine to evaluate its performance and suitability for the customer's SMT production requirements. The demonstration focused not only on the machine's automatic splicing capability but also on its integrated vision inspection and LCR verification functions, which provide additional layers of process control and error prevention. During the DEMO, the L-4 successfully detected tape types, 8 mm tape pitch, component sizes, and empty materials on both paper and embossed tapes. The machine also successfully performed splicing on the tested 8 mm tapes, demonstrating consistent and reliable splicing performance. The evaluation achieved a reported 98.77% first-pass yield, demonstrating the machine's ability to maintain consistent process performance during the trial. One of the key features demonstrated during the DEMO was the integration of vision-based inspection and LCR verification into the splicing process. The vision system supports accurate tape detection, positioning, and alignment during splicing, while the LCR function provides capacitance and resistance verification for applicable components. The LCR function was successfully tested on component sizes ranging from 01005 to 1206, with a reported test cycle time of approximately 21 seconds. This integrated verification capability can provide an additional quality check during the reel changeover process, reducing the need for separate manual verification steps. Beyond automatic splicing, the L-4 incorporates several error-proofing functions designed to help prevent operator mistakes. The demonstrated system includes features such as: · Automatic scanning · BOM interlock · Vision alignment checks · LCR value verification · Forced operation sequence · Automatic traceability By combining these functions with automated splicing, the L-4 provides a more controlled and standardized process compared with conventional manual splicing. According to operator feedback during the evaluation, the machine was easy to operate, provided consistent and reliable splicing quality, and demonstrated stable performance. The built-in error-proofing functions also helped reduce the possibility of operator mistakes. The integrated LCR checking further eliminated the need to send materials to a separate repair area for LCR verification. The successful DEMO gave Schneider Philippines an opportunity to evaluate the L-4 under practical application conditions. The results demonstrated the machine's capabilities in automatic tape splicing, vision-based detection and alignment, LCR verification, tape and component detection, and error-proofing. By integrating these functions into a single system, the L-4 Auto Splicing Machine provides more than just automatic splicing—it offers a comprehensive approach to improving SMT production efficiency, process consistency, quality control, and operator erro...

In March 2026, a major global power and energy storage company submitted a DEMO request to our company for the L-4 Automatic Splicing Machine. The customer wished to evaluate the equipment as a solution to optimize the reel change process for SMT components. After several rounds of engagement with the customer and a thorough understanding of their equipment requirements, the company ultimately delivered an L-4 unit equipped with missing component detection and LCR measurement functions to the customer's site in May for real-line experience on their production line. (Youngpool Technology products support customer DEMOs.)   The L-4 Automatic Splicing Machine is specifically designed for 8 mm SMT component carrier tapes. It comes standard with an intelligent vision system and offers an optional LCR measurement error-proofing system. The measurement system features an independent X/Y/Z axis design, and the measurement mechanism adopts a variable-pin approach, capable of measuring components as small as 01005. The customer's primary concerns were the equipment's stable operation and the on-machine stability of the splice point. It ensures efficient and stable production on the line, reduces downtime, safeguards product quality, and prevents wrong-material incidents.   Beyond automatic splicing, the L-4 incorporates several error-proofing functions designed to help prevent operator mistakes. The demonstrated system includes features such as: · Automatic scanning · BOM interlock · Vision alignment checks · LCR value verification · Forced operation sequence · Automatic traceability By combining these functions with automated splicing, the L-4 provides a more controlled and standardized process compared with conventional manual splicing.   According to operator feedback during the evaluation, the machine was easy to operate, provided consistent and reliable splicing quality, and demonstrated stable performance.   This DEMO provided the customer with an opportunity to evaluate based on the equipment's actual operation and performance, enabling them to further determine how the L-4 Automatic Splicing Machine can be integrated into their existing SMT production process.   If you are in a related industry and would like to learn more about SMT intelligent splicing machines, feel free to contact us at any time!

Year after year, Our cooperation has never stopped! Thank you for your recognition and support of Youngpool Technology, we will return to you with high quality products and excellent service! Youngpool Technology Laser Marking Machine has been very popular with 3C industry customers, often repeated purchase. The importance of laser marking machine also determine its indispensable status online body, laser marking has identified a permanent, non-contact processing, wide applicability, sculpture, high precision, low operation and other characteristics, especially the marking out the graphic delicate and beautiful , not to wipe, It will not fade away because of environmental relations or time. Thank a  brand of mobile phone manufacturers to purchase 10 sets of Youngpool Technology Laser Marking Machine, cooperation, mutual benefit and win-win!

The development of enterprises is inseparable from the cooperation of all aspects, the persistence of cooperation shows the reliability of products and the stability of performance! Youngpool Technology Laser Marking Machine has been very popular with 3C industry customers, often repeated purchase. The importance of laser marking machine also determine its indispensable status online body, laser marking has identified a permanent, non-contact processing, wide applicability, sculpture, high precision, low operation and other characteristics, especially the marking out the graphic delicate and beautiful , not to wipe, It will not fade away because of environmental relations or time. Thanks to a leading mobile phone enterprise to buy 8 sets of Youngpool Technology Laser Marking Machine! Cooperation, mutual benefit and win-win!

With the development of electronic industry, people’s requirements for mobile phones are getting higher and higher! Mobile phone volume becomes smaller and smaller, thinner and thinner at the same time, the performance of mobile phone requirements are becoming higher and higher! Mobile phone integration demand is increasing, so components want to trace, be sure to mark small and dense ccomponents! Youngpool Technology Laser Marking Machine is very good in the use of here, 0 supplies, small print size, the minimum can hit 0.5mm*0.5mm two-dimensional code size, high definition, permanent retention, not easy to damage, is the best choice for mobile phone electronics industry! A mobile phone ODM enterprise in a detailed understanding of Youngpool Technology Laser Marking Machine, after the on-site DEMO test, finally decided to buy 3 sets for mobile phone production line production, online type code, convenient and fast and improve production efficiency! If you have not used our Laser Marking Machine, then be sure to understand!

Vacuum Degassing Machine is Youngpool Technology independent research and development of new products, designed for dispensing or coating process, removing the PCB on the surface of a bubble and developed special equipment, can improve the stability of the products and components to help prevent oxidation, also belong to custom for customers, this N-800A Vacuum Degassing Machine after 3 years of time has become a stable performance. It is a standardized product with satisfactory defoaming effect. In order to solve the problem of residual bubbles on PCB board for automotive electronics enterprises, Youngpool Technology specially announces the information to everyone, so that more friends who need to know the existence of this device, so as to eliminate bubbles for you ! In recent days, an automotive electronics manufacturer, which has been cooperating with the company, has submitted an order to buy two more Vacuum Degassing Machine after purchasing four! One buy back after another deepens our cooperation and enhances the reputation of this automotive electronics manufacturer among customers. The last purchase, has brought at least 600 million orders, then this buyback, will also have a good benefit! If you are also an automotive electronics manufacturer, please contact us to learn about our Vacuum Degassing Machine~~ Maybe you will bring unexpected barvest!

Laser marking as a modern precision machining method, compared with the traditional processing method, has incomparable advantages: Laser marking has the characteristics of permanent identification, non-contact processing, wide applicability, high precision engraving, low operating cost, high processing efficiency, simple operation, high flexibility, stable performance, environmental protection, especially the marking out of the picture and text delicate and beautiful, not wipe, not due to environmental relations or time for a long time and fade, Especially suitable for fineness, depth, smoothness of the higher requirements of the field! Therefore, a well-known mobile phone enterprise within a year 4 times successively signed 100+ sets of marking machine for production line production from Yongpool Technology, improve product quality and work efficiency, for the production of mobile phone to upgrade the grade!

Nowadays, workshop plays a very important role in remanufacturing enterprises. Workshop is an important link in determining production efficiency and product quality, and it is often the organization with the largest number of employees in enterprises. With the development of intelligent workshop, the requirement for personnel's ability is getting higher and higher, and the recruitment is getting more and more difficult, and the cost is getting higher and higher. So some jobs that can be replaced by machines are gradually being replaced! Youngpool science and technology L-900 intelligent feeder can achieve 8-24mm variable width material belt feeding, the machine pass rate in more than 98%, caused the attention of a large OEM company, after 2-3 months of negotiations and testing, Yangpu science and technology L-900 feeder can simultaneously meet the paper tape and rubber tape feeding, The field test of overpass yield reached 99.7%. After the production line site feedback, a shift originally received materials up to 88 times, after using Youngpool technology receiving machine, the number of receiving materials reduced to 4 times, reduce operator pressure up to 95%, fully applicable to the customer workshop use! The customer company not only tested the loading of the material, but also evaluated the battery: The battery used by Youngpool technology receiving machine is really safe lithium battery, in line with the NATIONAL standard GB/36972-2018, after CE, UN38.2 certification, life and safety are relatively high, standby time up to 24H, battery life up to 16H, after the actual use of equipment, confirm no power, continuous use, The battery can last more than one shift, with a single battery charging time of 5-6h. After the above evaluation data and on-site use, customers have successively purchased five L-900 sets from our company for production. The cooperation is still going on. We will try our best to serve our customers well. Your convenience is the meaning of our efforts!

In today’s society, the car has become a means of transportation for everyone, as essential as mobile phones, but the quality of the car seriously affects the life and safety of users, so any slight defect will attract the attention of manufacturers! Auto industry has been faced with a difficult problem in production, that is after the dispensing, coating process, there is a lot of air bubbles in the glue residue problem, has been troubled auto makers for years, belong to the industry problems, there has been no find good solutions, only by constantly replace glue and reduce the spraying quantity, reduce the speed of the production! Youngpool science and technology statistical research, designed the N-800A vacuum defoaming machine, the use of vacuum principle, the bubble from the glue out. After three months of repeated testing and improvement, the equipment finally reached the production line production needs, and successfully for customers to win at least 600 million orders, customers are very satisfied with our equipment! Efforts to research and development, sincere cooperation, we are the manufacturer has been bought 3 devices used in the production, after we cooperate, manufacturers order continues to increase, the demand of production line, program and two (2) the increase of N - 800 - a vacuum defoaming machine needs, our customer orders increased, also give us an order, is really a win-win cooperation! If you have bubble trouble, welcome to communicate with us to negotiate ~