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Your Professional & Reliable Partner.
Shenzhen YM Technology Co., Ltd. Specializes in the production and operation of high-power UV LEDs, Ultra violet curing light source products. The production of high-power UV LED ultra violet encapsulated products have hundreds of category. The power of products range from 0.5W to 10000W. The UV LED ultraviolet encapsulated products manufactured by Shenzhen Yuanming Science and Technology Co., Ltd. have various applications, including printing presses, 3D printing, transfer Printers, Screen ...
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Year Established

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Million+
Employees

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Million+
Customers Served

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Million+
Annual Sales
China shenzhen yuanming co., ltd HIGH QUALITY
Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
China shenzhen yuanming co., ltd DEVELOPMENT
Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
China shenzhen yuanming co., ltd MANUFACTURING
Advanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
China shenzhen yuanming co., ltd 100% SERVICE
Bulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.

Quality UV LED SMD & UV LED Chip manufacturer

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Cases & News
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UV-LED Retrofit Helps Weigang ZBS-320 Hit 50 m/min Full Speed While Cutting Energy 70%
Client & Challenge A California label converter runs two Weigang ZBS-320 flexo presses for food and beverage shrink-sleeve and film label jobs. Their mercury arc lamps couldn't keep up at the designed speed of 50 m/min—curing was inconsistent above 35 m/min. Worse, California's strict VOC regulations and growing brand demand for low-carbon production put them at a competitive disadvantage. The heat distortion on thin films also drove their scrap rate above 5%.   Solution & Installation We replaced their mercury lamps with a custom water-cooled UV-LED system at 395nm, delivering 10 W/cm²—just enough to cure at full speed. The LED head mounted directly onto the existing housing using adapter brackets, requiring no modification to the press structure. We also provided EPA-compliant energy test reports to support their application for state energy incentives and a mercury-free certification to strengthen their sustainability profile.   Results & Savings The press now runs consistently at 50 m/min with full cure. Energy consumption dropped from 14 kW to just 3 kW per hour, saving over $20,000 annually in electricity based on California industrial rates. VOC emissions fell sharply, meeting South Coast Air Quality Management District standards. The mercury-free operation became a key differentiator in food packaging bids, and scrap rate dropped from 5% to under 2%.   Client Feedback Their production director summed it up: "This wasn't just about speed—it solved our compliance and branding issues too." They used our data to secure a state manufacturing incentive and highlighted the UV-LED upgrade in their sustainability report to a major food brand client. They're now planning to convert their second ZBS-320 and have shared the case with peers in their network.  
Flexo Machine UV LED Renovation Supports 120m/min Speed
ShenZhen YM Technology Co., Ltd. provides customized UV LED curing solutions for a label printing enterprise in Russia, and successfully completes the transformation and installation on its 8-color flexographic printing machine.     Project Overview Equipment configuration: Equipped with 8 high-power UV LED lamp heads, adopting water-cooled heat dissipation and intelligent constant current control Core breakthrough: The printing line speed has been increased from 60 meters per minute to a maximum of 120 meters per minute Suitable materials: various flexible printing substrates such as film, paper, adhesive, etc   Improvement effect Efficiency leap: 150 meters/minute high-speed stable solidification, 50% increase in production capacity, instant start stop without preheating Energy saving and cost reduction: energy consumption is only 20% of traditional mercury lamps, annual electricity savings exceed 80%, mercury free and ozone free, more environmentally friendly Quality optimization: Low temperature output of cold light source, eliminating film shrinkage and deformation, and achieving a curing uniformity of over 95% Extended lifespan: UV LED lamp heads have a lifespan of over 15000 hours, which is 7-8 times longer than traditional mercury lamps   Customer feedback After the transformation, the production line realizes high-speed, energy-saving, and green integrated production, reducing comprehensive operating costs by 40%, significantly improving product yield and delivery capacity, fully meeting the large-scale production needs of high-end label and packaging printing.   Product link:   1. 6000W Specially Customized for Flexographic Printers Efficient and Stable for Improve Printing Efficiency  
Maximizing Efficiency: A Comprehensive Analysis of UV Curing Lamps
Maximizing Efficiency: A Comprehensive Analysis of UV Curing Lamps  In today’s fast-paced manufacturing landscape, efficiency and quality are paramount. UV curing technology has emerged as a game-changer in various industries, including printing, coatings, electronics, and medical devices. This blog aims to analyze UV curing lamps, address common concerns faced by businesses, and provide actionable maintenance tips to ensure optimal performance. Understanding UV Curing Technology What is UV Curing? UV curing is a process that uses ultraviolet light to quickly dry or cure inks, coatings, and adhesives. This technology is widely adopted due to its ability to enhance production speed and improve product quality. Benefits of UV Curing Lamps UV curing lamps offer numerous advantages, including: Speed: Curing times are significantly reduced, allowing for faster production cycles. Efficiency: UV curing consumes less energy compared to traditional drying methods. Quality: The process results in a durable finish with excellent adhesion and clarity. Common Concerns of B-End Users Efficiency and Downtime One of the primary concerns for businesses is minimizing downtime. The performance of UV lamps directly impacts production efficiency. Regular maintenance can prevent unexpected failures and ensure that your operation runs smoothly. Cost Management Cost is always a consideration in manufacturing. Businesses need to manage expenses related to lamp replacement and energy consumption. Implementing a proactive maintenance routine can lead to significant cost savings over time. Quality Assurance Maintaining high-quality standards is crucial. Inconsistent curing can lead to defects, affecting customer satisfaction. Understanding how lamp performance influences curing quality is essential for businesses aiming to deliver top-notch products. Support and Resources Access to reliable support and resources is vital for troubleshooting and maintenance. Businesses benefit from having comprehensive guides and responsive customer service to address any issues that arise. Key Maintenance Tips for UV Curing Lamps Clean Quartz Plates and Reflectors Regularly Dirty reflectors and quartz sleeves can block efficient UV output. Use appropriate cleaning kits weekly or as specified by your system’s operating instructions to keep surfaces clear and effective. Avoid Fingerprints on New Lamps Oils from skin can damage lamp glass when heated. Always wear gloves during handling to prevent contamination. Check Cooling Systems Overheating can dramatically shorten lamp life. Regularly inspect fans and water-cooling systems to ensure they are functioning at full capacity.

2025

07/10

UV Curing: A New Printing Technology That Instantly Dries UV Ink
UVA Light Enhances UV Ink Curing in Modern Printing Systems   UVA (ultraviolet A) light has become an important energy source in modern printing machines, especially for UV ink curing applications. With wavelengths that are less harmful than UVB and UVC, UVA is widely used in industrial printing environments.   In UV printing systems, UVA light activates photoinitiators in UV inks, triggering a rapid polymerization process. This allows the ink to harden almost instantly upon exposure, significantly improving production speed.   Compared with traditional drying methods, UVA curing eliminates the need for heat-based evaporation. This results in lower energy consumption and reduces thermal stress on printing materials such as plastic films and coated paper.   UVA LED curing systems also provide stable output and long service life. They can be switched on instantly without warm-up time, making them highly efficient for continuous printing operations.   Overall, UVA-based curing technology improves print quality, enhances adhesion, and increases throughput, making it a key solution in modern UV offset and digital printing machines.   Related products   1. custom led sign 1800W uv curing lamp for printing machine http://mao.ecer.com/test/uvledsmd.com/sale-53098028-custom-led-sign-1800w-uv-curing-lamp-for-printing-machine.html   2. 10000W Single 20000W Dual UV Curing Lamp 365nm 395nm Print Ink Glue Water Cooling https://www.uvledsmd.com/supplier-462210-uv-led-lamp-for-printing-machine  

2026

06/15