Tianhuiuvled light source curing machine in the large -scale use of medical devices in the past 2017. Tianhui made many UVLED curing machines for many colleagues in the medical industry. At the same time This, Tianhui specially compiled this article and briefly introduce some applications and advantages of Tianhui's UVLED curing machine in the medical industry. In industrialized production, reliable, stable and shorter solidification time is an important indicator. UVLED light source curing machine has the characteristics of simple operation, fast curing speed, green environmental protection, etc., and is equipped with intelligent control systems and high -power LED chip modules Provide a guarantee for the high efficiency and quality stability of the curing, which can meet the perfect use of customers in many fields. Because of these advantages of the UVLED light source curing machine, it can curing UV glue, which is currently widely used in the medical industry. UV glue for medical devices is used to bond UV glue, making it easier for automated assembly. At present, tianhuiuvled light source curing function can be cured UV glue within a few seconds. Compared with the UV mercury lamp, the UVLED light source curing machine is more convenient and intelligent, and the energy consumption is lower (only 20%of the mercury lamp). The solidification UV glue is better, it can quickly achieve deep solidification, and the cold light source solidification , Can also be used well on some thermal materials. At present, it is mainly applied to these medical devices: 1. Anesthesia mask 2. Ins the syringe 3. Conductual pipes 4. Varic vessel infusion pipe 5. Vascular implantation accessories 6. Endoscopy 7. Tube -like drainage device 9. Trail pipeline pipelines 10. Blood oxygen meter 11. Hearing aid 12. Detective, monitoring, and image equipment TIANHUI (WHLX) as a professional UVLED curing machine manufacturer, has many years of experience in the UVLED field. If you still have the problem of UVLED curing, all You can leave a message to consult us, welcome everyone to discuss together.

Author: Tianhui-Air Disinfection Author: Tianhui-UV Led manufacturers Author: Tianhui-UV water disinfection Author: Tianhui-UV LED Solution Author: Tianhui-UV Led diode Author: Tianhui-UV Led diodes manufacturers Author: Tianhui-UV Led module Author: Tianhui-UV LED Printing System Author: Tianhui-UV LED mosquito trap

1. The characteristics of LED infrared lamp beads: Conventional LED infrared lamp beads are similar to the appearance of general visible light LED lamp beads, but the infrared rays are issued. Its working voltage is generally 1.4V, and the working current is generally less than 20mA. In order to adapt to different working voltages, constant string limited flow resistance in the circuit. When using LED infrared lamp beads to control the controlled device, its control distance is proportional to the launch power. In order to increase the control distance of infrared rays, the infrared launch tubes (LED infrared lamp beads) work in the state of the pulse. Because the effective transmission distance of the pulse light is proportional to the veins of the pulse. The launch distance. The method of enhancing IP is to reduce the pulse duty ratio, that is, the total width T of the pulse, reducing the pulse occupation ratio can also increase the launch distance of the low -power infrared glow diodes. The general infrared light emitting diode is divided into three categories: small power, medium power and high power. To make the infrared light -emitting diode generated, just add a certain frequency pulse voltage to the driver. When infrared light -emitting diodes emit infrared control equipment, the controlled equipment has corresponding infrared photoelectric conversion components, such as infrared receiving diode, infrared receiving head, light -sensitive triode, etc. There are two methods for infrared launch and receiving, namely direct and reflected. Direct refers to the relative ends of the transmission and controlling objects from the transmission diode and the receiving diode and the receiving diode, which is a certain distance from each other; the reflection refers to the parallel of the diode and the receiving diode. When encountering a reflex, receive the diode only when I receive the infrared of the reflection. Second, according to the characteristics of LED infrared lamp beads, according to different wavelengths to obtain a wider range of applications: 1. Wavelength: 808nm, applicable medical equipment, space light communication, infrared lighting lamps, solid laser pump lamps; Wavelength: 830nm, suitable for high -speed high -speed card swiping systems; 3. Wavelength: 840nm, applicable to monitoring cameras, color transformed into infrared waterproof; 4. Wavelength: 850nm, applicable to monitoring cameras, digital shooting, monitoring, Louyu intercom, anti -theft, anti -theft Alarm, infrared waterproof; 5, wavelength: 870nm, suitable for monitoring cameras at large shopping malls and crossroads; 6. Palace: 940nm, suitable controller, such as the controller of household appliances products.

Author: Tianhui-Air Disinfection Author: Tianhui-UV Led manufacturers Author: Tianhui-UV water disinfection Author: Tianhui-UV LED Solution Author: Tianhui-UV Led diode Author: Tianhui-UV Led diodes manufacturers Author: Tianhui-UV Led module Author: Tianhui-UV LED Printing System Author: Tianhui-UV LED mosquito trap

I. The surface solidification of the current stage of spectroscopy is mainly based on the spectrum of 365nm and 395nm peak wavelengths. What kind of spectrum is needed to achieve the best results, you need to determine based on the glue or ink used, you can know through consulting glue or ink suppliers. In addition, because the wavelength of UVLED is compared to traditional UV lights, the wavelength of the spectrum is much single. If you need to achieve the ideal effect, it is best to choose UV glue and UV ink. Single wave long UVLED light source model. Second, light energy for UVLED light source: UVLED energy (MJ/cm2) = UV strength (mw/cm2)*irradiation time (s), precise control of UVLED strength and irradiation time, can accurately control LED UV energy to accurately control LED UV energy. Control time control, our products, built -in microprocessors, can set the irradiation time and multiple control modes, that is. Third, the strength distribution UVLED dryer's UV strength is very uniform, UV radical strength is considered when designing products. In terms of curing light sources, with imported high-power LEDs and high-tech optical lenses, unique software control programs, the radical strength range is 1000MW/CM2-8600MW/CM2. Fourth, the advanced LED-UV curing machine with safety and temperature is a safety lock. After setting the control method, the light source can be automatically turned off to protect the safety of users. Take Hera's curing equipment as an example, using cutting -edge heat dissipation chip technology and microprocessor functions to effectively control the temperature rise. This requires special attention. The traditional mercury lamp temperature does not have a good light source, which will cause serious hidden dangers to burst light bulbs. Fifth, stability is difficult to directly prove it. Generally, it is the accumulation of industrial experience. General laboratories are usually not equipped with special machines. An unstable light source seriously affects the relevant test progress. And we have strict appearance testing and years of research and development design experience to ensure the stable use of light sources.

Author: Tianhui-Air Disinfection Author: Tianhui-UV Led manufacturers Author: Tianhui-UV water disinfection Author: Tianhui-UV LED Solution Author: Tianhui-UV Led diode Author: Tianhui-UV Led diodes manufacturers Author: Tianhui-UV Led module Author: Tianhui-UV LED Printing System Author: Tianhui-UV LED mosquito trap

When buying a UVLED curing machine, the most important factor that needs to be considered is not the price, but whether this UVLED curing machine is suitable for you and whether it can meet your requirements. You need to choose the one that is suitable for your own use according to your own process requirements. UVLED curing machine. Especially for the UVLED curing machine, because of its many types, you must learn more about their performance and professional use in use, so that the equipment you buy can play its maximum role. If you are contacting and purchasing UVLED curing machines for the first time, then before buying a UVLED curing machine, there may be some questions about what kind of UVLED curing machine you need. What conditions should we determine based on what conditions, and what kind of UVLED curing machine is more suitable for ourselves? As a UVLED curing machine manufacturer, Tianhui recommends that you consider the production process and production efficiency. 1. When selecting the UVLED curing machine, the production process needs to combine the problems of your existing production process for selection. For example, it is TP fit process, then we need to determine that we use UVLED curing machines to pre -fix or solid. Whether it is used for side solid or face solid. After determining the production process and the purpose of solidification, we will go to the choice of UVLED curing machine. 2. Production efficiency This is the key indicator of choosing the UVLED curing machine, because the high and low production efficiency will determine one of the core parameters of the UVLED curing machine -radiation illuminance (MW/C). If the production efficiency is high, the higher the required radiation illumination. For example, you need 2000MJ ultraviolet energy in your process to complete the curing of glue. The time to irradiate through the UVLED curing machine must be within 5S. Of course, before considering this, you have to learn which UV glue or UV ink used in your production process is exposed to the UVLED curing machine. Is the ultraviolet radiation energy required for glue or ink completely solidified. The unit is MJ or J. This supplier that needs to consult your UV glue or UV ink. 3. The curing effect is very different from the parameters marked by the manufacturers. They do not know much about the UVLED curing machine. In fact, the test effect is the most fundamental. As the saying goes, it is a mule or a horse. If you take it out, you can distinguish it. You can bring your glue or ink, as well as a sample to Tianhui to test on the spot. TIANHUI has done many UVLED curing machines for all walks of life. I believe that after actual testing, you can find a suitable, cost -effective solution.

Author: Tianhui-Air Disinfection Author: Tianhui-UV Led manufacturers Author: Tianhui-UV water disinfection Author: Tianhui-UV LED Solution Author: Tianhui-UV Led diode Author: Tianhui-UV Led diodes manufacturers Author: Tianhui-UV Led module Author: Tianhui-UV LED Printing System Author: Tianhui-UV LED mosquito trap

UV LED printing system is a cutting-edge technology that has revolutionized the printing industry by offering faster printing speeds, improved print quality, and increased energy efficiency. However, like any technology, it has its own pros and cons. This article will explore the drawbacks and benefits of a UV LED printing solution and help you determine whether it is the right choice for your printing needs. From its environmental benefits, cost savings, and versatility to its potential limitations, such as the equipment cost and the need for specialized ink, we'll help you weigh the pros and cons and make an informed decision. Advantages of UV LED Printing UV LED printing has several advantages over traditional printing methods, making it a popular choice for many printing applications. Some of the key benefits of UV LED printing include the following: Faster printing speeds UV LED printing can print much faster than traditional printing methods, such as screen printing or offset printing. This is because UV LED technology allows for instant ink curing, eliminating the need for drying times. This can greatly increase production efficiency and reduce turnaround times for print jobs. Improved print quality UV LED printing produces high-quality prints with sharp, vibrant colors and excellent resolution. This is because the UV light in UV LED printing can cure the ink at a much higher resolution than traditional methods. UV LED inks are also formulated to be more durable and resistant to fading, ensuring the prints will last longer. Increased energy efficiency UV LED printing uses less energy than traditional printing methods, making it more environmentally friendly and cost-effective. UV LED lamps consume less power than conventional UV lamps and produce less heat, reducing the need for cooling systems. Versatility UV LED printing can print on various materials, including plastics, ceramics, metal, glass, and flexible materials. This makes UV LED printing suitable for multiple applications, from industrial parts, packaging, and promotional items, to fine art and photographic prints. Environmental benefits UV LED manufacturers do not use ozone-depleting chemicals, and the inks used are solvent-free, making the process more environmentally friendly. Disadvantages of UV LED Manufacturers While UV LED printing has many advantages over traditional printing methods, it also has some limitations that should be considered. Some of the key disadvantages of UV LED printing include the following: High initial cost UV LED printing equipment can be expensive to purchase and maintain. This can be a significant barrier for some businesses or organizations, particularly those with limited budgets. Specialized ink and media requirements UV LED inks are formulated specifically for UV LED printing equipment and can be more expensive than traditional inks. UV LED printing requires specialized media, such as UV-sensitive substrates, which can add to the cost. Limited color gamut UV LED inks are designed to produce vibrant, high-quality prints, but the color gamut of UV LED inks is wider than traditional inks. This means that UV LED printing may not be suitable for certain applications requiring a wide range of colors. Maintenance and upkeep UV LED printing equipment requires regular maintenance and care to ensure that it operates optimally. This includes cleaning and replacing UV lamps, monitoring water flow and temperature, and testing the water to ensure the system effectively inactivates microorganisms. Limited suppliers UV LED printing technology is relatively new, and there are a limited number of UV LED printing equipment and inks, making it difficult to find a supplier with the right equipment or get a competitive price. Limited post-printing process The UV LED manufacturers don't allow for post-printing processes such as cutting, folding, or stitching, which can limit the final product options. UV LED printing is a highly efficient and versatile technology with many advantages over traditional printing methods. Still, it also has some limitations, such as high initial cost, specialized ink and media requirements, limited color gamut, maintenance and upkeep, a limited number of suppliers, and a limited post-printing process. Lastly, weighing the pros and cons of UV LED printing before deciding on whether it is the right choice for your printing needs is important. Comparison with traditional printing methods Several key differences exist when comparing UV LED manufacturers to traditional printing methods. Speed UV LED printing can print much faster than traditional printing methods, such as screen printing or offset printing. This is because UV LED technology allows for instant outputs (ink curing), eliminating the need for drying times. Print Quality UV LED printing produces high-quality prints with sharp, vibrant colors and excellent resolution. Traditional printing methods, such as offset printing, can produce high-quality prints but may have a different level of detail and color accuracy. Material compatibility UV LED printing can print on various materials, including plastics, ceramics, metal, glass, and flexible materials. Traditional printing methods, such as screen printing, are typically limited to printing on flat, rigid surfaces. Energy efficiency UV LED printing uses less energy than traditional printing methods, making it more environmentally friendly and cost-effective. Environmental impact UV LED printing does not use ozone-depleting chemicals, and the inks used are solvent-free, making the process more environmentally friendly. Traditional printing methods, such as offset printing, can use various chemicals that harm the environment. Cost UV LED printing can be more expensive than traditional printing methods, particularly considering the initial cost of purchasing the equipment and the specialized inks and media required. UV LED printing offers faster speeds, improved print quality, increased material compatibility, energy efficiency, and environmental benefits compared to traditional printing methods. However, it also has a higher initial cost, specialized ink and media requirements, and a limited post-printing process. Comparing it with traditional printing methods is important before deciding the best option for your printing needs. Environmental benefits of UV LED Printing UV LED printing offers several environmental benefits over traditional printing methods. Energy efficiency UV LED printing uses less energy than traditional printing methods, such as screen printing or offset printing. UV LED lamps consume less power than conventional UV lamps and produce less heat, reducing the need for cooling systems. This results in lower energy consumption and a reduced environmental impact. Solvent-free inks UV LED inks are solvent-free and do not contain any ozone-depleting chemicals. Traditional printing methods, such as screen printing, can use inks containing solvents that can harm the environment. Zero Volatile Organic Compounds (VOCs) UV LED printing solution does not emit any volatile organic compounds (VOCs) into the air, unlike traditional printing methods, which can emit high VOCs. This can positively impact air quality and reduce the risk of respiratory problems caused by exposure to VOCs. Reduced waste UV LED printing technology allows for more accurate and efficient printing, resulting in less wasted ink and paper, which reduces the amount of waste sent to landfills. Longer shelf life of the inks UV LED inks are formulated to be more durable and resistant to fading, ensuring the prints will last longer. This results in less need for re-printing, which reduces the overall environmental impact. UV LED printing system offers a range of environmental benefits over traditional printing methods. Its energy efficiency, the use of solvent-free inks, the zero emission of VOCs, the reduction of waste, and the longer shelf life of the inks all contribute to a reduced environmental impact. It is an environmentally friendly option for printing needs. Cost savings of UV LED Printing UV LED printing can provide significant cost savings compared to traditional printing methods. Some of the key cost savings of UV LED printing include the following: Reduced ink consumption UV LED printing technology allows for more accurate and efficient printing, resulting in less wasted ink. This can lead to significant cost savings in the long run, as ink is often one of the most expensive components of printing. Faster printing speeds UV LED printing solution can print much faster than traditional printing methods, such as offset printing or screen printing. This can greatly increase production efficiency and reduce turnaround times for print jobs, leading to cost savings in labor and production time. Increased durability of the prints UV LED inks are formulated to be more durable and resistant to fading, ensuring the prints will last longer. This means re-prints will be needed less often, resulting in cost savings. Reduced energy consumption The UV LED printing system is known for its energy efficiency, which makes it more cost-effective in the long run. This is because it uses less energy than traditional printing methods. As a result, it leads to lower energy bills and a reduced environmental impact. Reduced maintenance cost UV LED printing equipment requires less maintenance than traditional printing methods. This can result in cost savings in terms of labor and equipment replacement. It's important to note that UV LED printing equipment can be expensive to maintain and purchase. This can be a significant barrier for some businesses or organizations, particularly those with limited budgets. But, in the long run, UV LED printing can provide significant cost savings compared to traditional printing methods. The versatility of UV LED Printing One of the key advantages of a UV LED printing solution is its versatility. UV LED printing can print on various materials, including plastics, ceramics, metal, glass, and flexible materials. This makes UV LED printing suitable for a wide range of printing applications, including: Industrial parts UV LED printing can print on industrial parts, such as automotive and aerospace components, medical devices, and electronic components. Packaging UV LED printing can print on various packaging materials, such as plastic bottles, jars, cartons, metal cans, and glass containers. Promotional items UV LED printing can be used on many promotional items, such as keychains, pens, and lanyards. Fine art and photographic prints UV LED printing can produce high-quality fine art and photographic prints that are more resistant to fading and have a longer lifespan. Textile printing UV LED printing can print on textiles such as fabrics, T-shirts, bags, and other clothing items. Decorations and Interior designs UV LED printing can print on various materials like wallpaper, flooring, countertops, and other surfaces to create custom designs. Customized products UV LED printing is also used for customized products such as phone cases, mugs, and other items that can be personalized with images or text. Lastly, UV LED printing is a versatile technology used to print on many materials, making it suitable for many printing applications. Its versatility makes it a popular choice for packaging, industrial parts, promotional items, fine art, textiles, and customized products. Limitations of UV LED Printing UV LED printing solution is a cutting-edge technology with many advantages over traditional printing methods, but it also has some limitations that should be considered. Some of the key limitations of the UV LED printing system include the following: High initial cost A UV LED printing solution can be expensive to purchase and maintain. According to a study by Smithers Pira, the UV LED printing market is projected to reach $5.5 billion by 2025, with a compound annual growth rate of 17.5% during the forecast period. The study also indicates that the high equipment cost is a major restraint for the market. Limited color UV LED inks produce sharp, vibrant prints, but the range of colors is less extensive than traditional inks. A study by Transparency Market Research shows that the UV-curable ink market is divided into cyan, magenta, yellow, black, and other colors. Maintenance Regular maintenance and upkeep are required to keep the UV LED printing system running smoothly. Final Thoughts UV LED printing is a highly efficient and versatile technology with many advantages over traditional printing methods, including faster printing speeds, improved print quality, increased material compatibility, energy efficiency, and environmental benefits. However, it also has some limitations, such as high initial cost, specialized ink and media requirements, limited color gamut, maintenance and upkeep, a limited number of suppliers, and a limited post-printing process. It's essential to consider the pros and cons of UV LED printing before deciding on whether it is the right choice for your printing needs. Additionally, it is important to consider the references from various studies and market research to understand the current state and future projections of the UV LED printing system.