Universal Marking’s Journey to Industry Leadership Universal Marking, Inc. (UMI) started as a specialized metal marking company in Southern California. Over the last 50 years, we have grown into a global leader in industrial marking solutions, serving businesses across 50 states and international markets, including Asia, Australia, Europe, and the Americas. Our ongoing commitment to …
In modern manufacturing, parts need to be permanently marked with a variety of text and designs like serial or batch numbers for traceability, witness marks and reference lines to aid assembly, and manufacturer name, logo, or QR code. While many options exist for marking parts, electrochemical etching is a great choice because it makes precise, …
Silk screen printing is a technique used to ink mark various materials, including metal, fabric, plastic, wood and glass. It is a popular technique because once the screen is made, you can replicate the graphic on many pieces. Silk screen printing is utilized in various industries, including, commercial, aerospace, technology, defense and arts and entertainment. …
Understanding Silk Screening in Industrial Applications Read More »
Marking tooling and fixturing are essential in manufacturing processes, facilitating precise and accurate marking per engineering specifications. They ensure that markings are placed correctly, adhering to specific measurements and orientations of engineering drawings. This level of precision is crucial, particularly when markings need to be aligned with particular features. In this article, we will examine …
Elevating Marking Precision With Precision Marking Tooling Read More »
Cybersecurity Maturity Model Certification (CMMC) is a framework designed to enhance cybersecurity in the defense industrial base, including the manufacturing sector. It requires organizations to demonstrate their ability to safeguard sensitive systems through specific practices and processes. This involves a tiered approach, ranging from basic cyber hygiene to advanced cybersecurity capabilities. In this article, we …
Demystifying CMMC Compliance: A Comprehensive Overview Read More »
Engraved signs are markers or plaques where text or designs are carved into a material’s surface. This process creates a permanent and durable marking often used for signage in various settings, including offices, businesses, and public spaces. Depending on the desired aesthetic and functional requirements, they can feature anything from simple text to intricate graphics …
Crafting Excellence: Exploring the World of Engraved Signs Read More »
Click to Expand The impression process produces a design that is either raised or recessed on a surface. Its main objective is to add texture, decoration, or information to various materials, including leather, silicone and various metals. This technique has practical uses in industries like utilities, metal tags, aerospace, automotive and branding. This article will …
What Is the Difference Between Embossing, Debossing & Impression Stamping? Read More »
Metal etching allows for precisely fabricating intricate and complex components used in aerospace, military, and defense equipment. It also enables the production of highly accurate parts with extremely tight tolerances. Additionally, it helps design and manufacture lightweight aircraft and military equipment, leading to improved fuel efficiency and increased payload capabilities. This article will discuss the …
Metal Etching Applications for the Aerospace and Military & Defense Industries Read More »
Electrical discharge machining (EDM) stamping is a highly precise manufacturing process often used to produce complex parts and components with intricate shapes. In this process, an electrical discharge removes material from a workpiece and creates the desired form. This is achieved by creating sparks between an electrode and the workpiece, which erode the material and …
Click to Expand Computer numerical control (CNC) engraving has become an indispensable tool in manufacturing, especially in medical device production. The precision and accuracy of this technology make it ideal for creating complex medical device components with intricate designs and patterns. In addition, it provides an economical solution for manufacturers when it comes to marking …
