What Are the Advantages of LEDUV Curing Equipment in Optical Lens Curing?
News 2025-12-26 35
In the manufacturing process of optical lenses, UV adhesive curing is a crucial step. With the advancement of technology, LED UV curing equipment has gradually replaced traditional mercury lamp curing equipment due to its unique advantages and become the mainstream choice in the industry. The following will elaborate on why LED UV curing equipment is selected and its advantages in UV adhesive curing for optical lenses. I. Why Choose LED UV Cu
LEDUV Curing Equipment: A Green, High-Efficiency Curing and Quality Upgrade Solution for Flexible Packaging Printing
News 2025-12-25 38
Tailored to the core requirements of flexible packaging printing, the LEDUV curing equipment dedicated to flexible packaging achieves three breakthroughs—zero environmental emission, low-temperature film protection and high-efficiency mass production—by virtue of dual-wavelength light sources (365nm/395nm, with irradiance ranging from 800 to 2000 mW/cm²) and film-adaptive optical design: Solvent-free & Eco-friendly: Meeting Strict Environ
Application of LED UV Curing Light Sources in Eyeglass Lens Production
News 2025-12-24 41
As eyeglass lenses evolve toward functionalization and high precision, the quality of the coating curing process directly impacts lens performance and service life. LED UV curing light sources have emerged as a critical technical support in this field by virtue of their unique advantages. I. Application BackgroundDriven by consumers’ diversified demands for eyeglass functions, coated lenses with features such as blue light blocking, UV protec
Application of LED UV Curing Light Sources in Label Printing: Advantages, Process Compatibility and Technical Trends
News 2025-12-23 42
I. Application Background and Industry Demands Label printing covers multiple sectors including food, daily chemicals, pharmaceuticals and logistics. The printed products are required to have properties such as wear resistance, water resistance and chemical corrosion resistance, and need to be dried rapidly after printing to avoid smudging during stacking. Traditional curing processes have significant drawbacks: mercury lamp curing consumes h
Application Fields of LED UV Curing Ovens
News 2025-12-22 35
We are a professional manufacturer specializing in LED UV curing equipment. We can customize various curing ovens according to customers’ actual application requirements, and also provide comprehensive LED UV light source solutions.In practical curing applications, curing ovens are indispensable, of course. Then, in which fields are they applied? Today, we are going to give you a detailed introduction. I. Overview of LED UV Curing Ovens
What are the effects of ink thickness on LEDUV curing efficiency?
News 2025-12-20 40
Hello everyone, we all know that ink thickness has an impact on LED UV curing efficiency. For thin transparent LED UV coatings or ultra-thin colored coatings, most of the LED UV light penetrating the ink layer reaches the substrate. After reflection, the light travels back to the surface layer, and then reflects off the surface to the substrate again. This process repeats countless times. The higher the LED UV light emissivity of the substrate,
Curing of LCD Sealing and Frame Sealants with LED UV Curing Lamps
News 2025-12-19 45
As we all know, LED UV curing has been applied in various fields and its use is becoming increasingly widespread. As an editor with years of experience in the LED UV curing equipment industry, I have specially compiled some general knowledge and would like to talk to you today about the curing of LCD sealing and frame sealants with LED UV curing lamps. Let us learn relevant knowledge in this regard together and make progress side by side.
Characteristics of Water-Cooled LED UV Curing Lamps Specialized for UV Inks
News 2025-12-18 48
LED UV curing systems are applicable across a diverse range of industries. In this article, we will elaborate on the characteristics of water-cooled LED UV curing lamps specifically designed for UV inks. Multi-band Curing Options (UVA & UVB).Select the optimal curing equipment by matching the lamp’s wavelength bands to the specific properties of your products.Adjustable UV Energy Output.The energy intensity of the UV curing light so
Light Source System of LED UV Curing Lamps
News 2025-12-17 52
An LED UV curing lamp is a type of mechanical equipment capable of emitting high-intensity usable ultraviolet radiation. It has been widely applied in industries such as printing, electronics, building materials, and machinery. LED UV curing lamps vary in types and designs depending on the products to be cured, yet they share the same ultimate purpose: to cure UV paints, UV inks, and similar materials. I. Light Source SystemIt consists of UV
Basic Knowledge of LED UV Curing Lamp Spectra
News 2025-12-16 49
Hello everyone, I have been working in this field for many years and have a basic understanding of relevant knowledge about LED UV curing lamps. Today, I will introduce the basic knowledge of UV spectra, hoping it can be helpful to you in your work. UV Ultraviolet SpectraUltraviolet light is mainly divided into three categories: UVA (315–400 nm), UVB (280–315 nm), and UVC (200–280 nm). In the UV curing industry, the UVA waveband is the primar
Application Advantages of LEDUV Curing Equipment in UV Ink and UV Adhesive Curing
News 2025-12-15 48
What are the advantages of LEDUV curing equipment for UV ink and UV adhesive curing? Compared with traditional mercury lamps, LEDUV curing equipment can save 80% energy, has a service life of up to 20,000 hours, requires no lamp replacement during use, and features excellent equipment stability. I. Advantages of LED UV Light Source1.Easy to operate and low maintenance cost;2.Instant on/off as needed with no warm-up time required;3.Long servic
How Effective Is LEDUV Curing Equipment for Photocuring in the Circuit Board Industry?
News 2025-12-13 55
With the rapid development of the electronic industry, electronic products are increasingly moving toward miniaturization and high integration. Through-hole components used in the past are no longer suitable for integrated circuits, especially large-scale and highly integrated ICs, which have to adopt surface mount devices (SMDs). This puts forward higher requirements for PCB (Printed Circuit Board) manufacturing processes and surface mount tech