News On Printing Machine

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 transmission of sheet metal chassis, metal cabinet doors, alloy shells and other products. Through screen printing, text, patterns or logos can be accurately printed on the metal surface, giving the product a unique brand identity and beautiful appearance. This article will discuss in detail the process advantages, operating procedures and precautions for screen printing of metal products. 1. Process advantages of metal screen printing 1. Wide applicability: Screen printing is suitable for a variety of metal materials, such as stainless steel, aluminum alloy, cold-rolled steel, etc. The surface of these materials is relatively smooth, easy to adhere to ink, and can achieve detailed patterns and text printing. 2. High durability: The ink used in the screen printing process has excellent adhesion and wear resistance, especially when applied to products such as sheet metal chassis and alloy shells that need to withstand frequent use and handling.

Pad printing is a versatile and efficient process for decorating and marking a variety of products. We know the importance of maintaining your pad printer to ensure the highest quality and longevity of your print jobs. Properly maintaining a pad printing machine is an important job and is crucial to ensuring consistent and high-quality printing results. Improper maintenance of your pad printer can result in poor print quality or even pad printer malfunction. In this guide, we'll walk you through the basic steps and tips for effectively maintaining your pad printing machine so that your printing jobs are efficient and high-quality. Cleaning Your Pad Printing Machine A well-executed cleaning regimen is the cornerstone of maintaining the longevity of your pad printing machine and achieving optimal print quality. Here's what you should consider when cleaning your pad printer: Disassembly: Start by following the manufacturer's instructions to safely disassemble key components of your pad printer, such as the plate and oil cup. Inspection before cleaning: Before cleaning, carefully inspect the printing plate and oil cup. Look for signs of drying ink, residue buildup, and wear. Choose the right cleaner: Select

In today's era of rapid development of high technology, CCD automatic alignment screen printing equipment plays a pivotal role in the field of electronic manufacturing with its high precision and high efficiency. Especially in the fields of fine processing such as ITO conductive glass, ITO conductive film, EL cold light panels and capacitive touch panels, CCD automatic alignment screen printing equipment has become an indispensable tool. 1. Equipment Overview CCD automatic alignment screen printing equipment adopts advanced design concepts and manufacturing processes, and the front and rear treadmills are cleverly designed, which not only improves the overall stability of the equipment, but also makes operation more convenient. The treadmill positioning uses a servo linear motor. This high-precision positioning method ensures the accuracy of each alignment and lays a solid foundation for subsequent processing. 2. Alignment platform The alignment platform of the equipment adopts an XXY structure. This structure not only improves the accuracy of alignment, but also makes the equipment more capable when dealing with complex processing tasks.

AGV trolley, also known as automatic guided transport vehicle, is the English AutomatedGuidedVehicle (the abbreviation of AGV). The editor has sorted out the professional terminology of AGV trolley for everyone. The AGV trolley is equipped with electromagnetic or optical automatic guidance equipment. The AGV trolley can be controlled by a computer or remote control. It can automatically drive and carry along the guidance path specified by us. At the same time, the AGV trolley also has safety features. It has multiple functions such as protection, loading and unloading, and transfer.