Product Industry Blog

This blog covers methods for adjusting ink thickness and uniformity in screen printing. It explains key factors like mesh count, squeegee pressure, ink viscosity, and stencil coating, helping achieve consistent and high-quality prints.

A simplified guide to screen printing machine maintenance:

The touch screen is fragile, so it is strictly forbidden to hit it with hard objects. Wipe the machine and add oil at least once a week.

Check the water accumulation in the filter cup regularly, drain it once per shift to prevent water from entering the cylinder, and add lubricating oil regularly.

PE transparent ziplock bag is a plastic product widely used in the packaging field. By printing the logo or other patterns on the bag, it not only enhances the brand image of the product, but also plays the role of information transmission.

Powder coating printing on ceramic substrates is a key step in the high-precision thick film printing process. It is widely used in electronic components, LED packaging, sensors, power electronic devices and other fields. The high precision and high reliability of thick film printing technology make it play an important role in the field of microelectronics.

n today's industrial production field, the precision and quality of printing technology play a vital role in the performance and quality of many products. As an advanced printing equipment, the semi-automatic thick film printer has become a powerful assistant for achieving high-precision printing with its unique technical advantages. It is widely used in electronics, new energy, ceramics and other industries, providing strong support for the development of these industries.

The fully automatic bottle cap pad printer is a device designed for printing on the surface of bottle caps, and is widely used in beverage, medicine, cosmetics and other industries. This machine can achieve high-quality pattern printing on irregular surfaces such as plastic bottle caps through precise pad printing technology.

Smart atomized glass is a high-tech material that controls the transparent and atomized states through voltage. One of its core components is the conductive silver paste layer. Using screen printing technology to accurately print the conductive silver paste onto the PVC film is a key part of the manufacturing process. The following is an introduction from the aspects of process difficulties, equipment selection, operation procedures and precautions.

In today's era of rapid development of high technology, the CCD semi-automatic thick film circuit printer has set off a technological revolution in the field of electronic manufacturing with its high precision and high efficiency! This printer not only integrates advanced CCD automatic alignment technology, but also has excellent thick film circuit printing capabilities, providing strong support for the precision manufacturing of electronic components.

In this era of rapid technological development, various new technologies emerge in an endless stream. Among them, HTCC high temperature co-fired ceramic technology has become the focus of attention due to its unique advantages and broad application prospects. Today, let us unveil the mystery of HTCC high temperature co-fired ceramic technology and explore its secrets.

In recent years, the requirements for screen printing technology have been rising year by year, so that various fields have begun to mass-produce filaments below 50 microns for printing. As we all know, screen printing is widely used. In order to achieve high-quality printing, everything from material selection to printing condition setting must meet the requirements.

In the field of metal processing and manufacturing, screen printing, as a convenient and efficient surface pattern processing technology, is widely used in the identification, decoration and information communication of products such as sheet metal chassis, metal cabinet doors and alloy shells.

In today's consumer goods market, a variety of bottled products emerge in endlessly, whether they are cosmetics, beverages or household cleaning products, all relying on exquisite and unique bottle designs and printing effects to attract consumers' attention. For manufacturers, choosing the right bottle printing equipment is crucial, which can significantly improve the appearance quality and market competitiveness of the product.

Modern microelectronic packaging, particularly electronic ceramic packaging, demands higher printing graphic resolution and quality. This, coupled with the trend for miniaturization, lightweight, power, and metallization in electronic devices, drives electronic packaging technology towards higher integration and density. Consequently, smaller conductor lines and line spacing, as well as higher resolution, are required in circuits.

In the screen printing process, the control of the amount of ink applied is a crucial link. It directly affects the final effect and quality of the printed product. So, in the screen printing process, what factors determine the amount of ink applied? Let's explore it together.