How to Properly Annotate Part Marking on a Drawing

Types of Part Marking

There are many types of part marking available depending of the functionality, durability, and longevity of the marking. Here are some types of part marking that are most commonly used:

  • Ink Stamping: Often used for simple markings of letters and numbers using one or two colors like part numbers, manufacturing date, cage codes, serial numbers, etc.
  • Silkscreen: Often used for with an artwork file that can be used with multiple colors for fonts, images, words, and designs link logos, aesthetic design, functionality identification, warning identification, etc.
  • Laser cutting: Often used for a permanent marking and contemporary design like logos, and esthetic design.
  • Emboss: Often used for a more permanent marking with an aesthetic appeal like logo design and part numbers.
  • Laser etch: Often used for more durability for a marking that is to be more permanent, but also has a different type of aesthetics since it’s etched in the metal.

Part marking can be used for part identification, logos, aesthetic design, functionality identification, warning identification, and more. No matter the reason for the part marking, it is crucial to have the part marking information properly annotated on the drawings. Continue reading

Configuration Management: When to Change Part Numbers and Revisions

For today’s blog post, we will be discussing the importance of when to change part numbers and revisions on manufacturing drawings. This is a major part of engineering change control and maintaining the proper documentation based on the minor and major changes made. Before we get started, it is important to mention that this blog is not meant as a “how to” of maintaining documentation and engineering change control. Many OEMs and companies maintain their document control based on their own system of rules of configuration or interchangeability (when to change part numbers, how to properly roll revisions, what letters and numbers to use, etc.). Continue reading

The Importance of CAD Models in Manufacturing

CAD (computer-aided design) models have changed the way the manufacturing industry designs and manufactures parts. There’s no doubt that since CAD technology, there has been a huge turning point for the better. Before CAD, designers used paper, pencils, rulers, compasses, and other tools to go about their drafting. It was cumbersome, time consuming, and a nuisance at times especially when there were changes being made to the design. Continue reading

Engineering Drawings vs. Manufacturing Drawings

Engineering drawings, manufacturing drawings. Tomato, tomato. Right? – Wrong. Although these two terms can sometimes be used interchangeably, there is in fact, a distinction between the two.

The truth is, there is a big distinction between engineering and manufacturing altogether! Most of the time, there are departments that are for each within a company since they require a different set of skills. Although there is a difference between the two, they go hand in hand and work together for the end result. However, in smaller companies, the distinction can become lost since one or a few people handle the engineering and manufacturing together. This article will demonstrate the difference between the two types of drawings and why they are both important to have. Continue reading

U.S. vs. European Manufacturing Drawings

Being in the manufacturing industry since the 50s, we have fabricated metal products for companies throughout the world. Although most of our business comes from the US, we often see customers with European drawings. Although the drawings depict parts that allow for ease of manufacturing, the orientation and projection of the part views are a different standard that what we use in the US. This article will discuss how they are different and why. Continue reading