Product Industry Blog

With the iterative upgrades of digital products, accessory labels are not only product identifiers but also serve functions such as brand display and parameter description, demanding increasingly stringent requirements for printing accuracy, efficiency, and consistency

Today, let's talk about an indispensable piece of equipment in screen printing – the screen washing station.

Screen printing of umbrella logos is a core process for accurately printing designs onto umbrella fabric. It is widely used in brand customization, gift customization, and other scenarios, combining aesthetics and practicality. While this process is widely applied, it presents certain technical challenges due to the curved shape of umbrellas and the characteristics of the fabric. High-quality printing requires specialized equipment and standardized operations.

Discover how investing in a bottle screen printing machine can transform your packaging. This guide explores everything from machine types and key features to ink technologies and ROI, providing the expert insights you need to make the right choice for your brand.

Discover the power of direct-to-bottle printing. This comprehensive guide explores the world of bottle screen printing machines, from manual setups for startups to fully automatic systems for mass production. Learn about machine types, essential inks, curing processes, and key factors to consider before you invest, helping you make the right choice for your brand.

Screen Printing Tips:The small squeegee determines print quality! This article covers all selection points, from material to size, helping you reduce consumable loss and double printing efficiency.

Screen printing is a widely used technology in the printing industry, and one of its key aspects is setting the screen tension value. A suitable screen tension value not only ensures print quality but also improves production efficiency and reduces material waste. So, how do you set the screen tension value in screen printing? This article will introduce this from three aspects: core influencing factors, setting tools, and steps.

In the vast industrial system of automobile manufacturing, every component embodies the ultimate pursuit of precision and durability. From model markings on engine pistons to functional patterns on dashboards, and the increasingly popular curved displays, the realization of these precision markings relies on a core technology—servo screen printing. Leveraging the advantages of digital control, it is bringing unprecedented convenience and innovation to automotive production.

In today's pursuit of individual expression and aesthetic living, a mug with a personal signature, a canvas bag engraved with a brand logo, and a phone case with holiday elements have long been common sights in our lives. Behind this trend of customized daily necessities, screen printing machines, as the core technological engine, are undergoing a profound transformation, redefining the boundaries of personalized manufacturing with a more intelligent, precise, and user-friendly approach.

Servo curved surface screen printing machines, with their advantages of high precision, multi-axis linkage, and 360° rotating color matching , are widely used for printing patterns and text on various round, elliptical, conical, and irregularly shaped curved surface products, and are compatible with a variety of materials such as plastic, glass, metal, ceramic, and acrylic .

Driven by the trend of personalized consumption, custom pattern printing faces challenges such as small batches, high variety, and high precision. By integrating precision drive with traditional processes, servo screen printing technology enhances efficiency and flexibility in industries like electronics, packaging, and textiles. This article analyzes how this technology helps enterprises respond to market changes from three aspects: precision, efficiency, and process capability.

A curved surface screen printing machine is a device specifically designed for printing on curved surfaces. It can print patterns, text, and other designs onto various curved materials and has the following characteristics:

In today's era of personalized consumption, product packaging and appearance design have become key to a brand's success. When our eyes sweep across the shelves of wine bottles, cosmetic bottles, curved phone cases, and even the curved panels of home appliances of various shapes, are we ever curious about how those exquisite patterns that fit snugly against irregular surfaces are created? Behind this often lies a mature process that "fits everything"—curved screen printing technology.

In the printing industry, screen printing has always held an important position due to its thick ink layer, vibrant colors, and wide applicability to various materials. The core of screen printing often lies in the crucial step of "plate making"—the precision and quality of the plate directly determine the final printed result.

Today, we'll break down the entire screen printing plate-making process for you, so you can understand the technical details behind each step.