Blog Archive
How Photo Etching on Metal Improves Part Precision - September 10th, 2026
Photo etching on metal is a dependable way to produce detailed, repeatable components without introducing mechanical stress. Instead of cutting or stamping, the process relies on controlled chemical removal guided by digital artwork. This approach supports tight dimensional accuracy and smooth edges, making it suitable for industries that depend on stable micro-features such as aerospace, […]
Photo Etching in Aerospace: Precision & Durability - April 18th, 2025
The Role of Photo Etching in the Aerospace Industry: Precision, Durability, and Innovation Introduction to Photo Etching in Aerospace In the aerospace industry, precision is non-negotiable. From fuel control systems to satellite components, every part must meet exacting standards for performance, durability, and reliability under extreme conditions. Photo etching, also known as photochemical etching or […]
Benefits of Photo Etching Metals for the Medical Industry by VACCO - March 25th, 2025
VACCO is the industry leader in photo etching metals, where precision meets innovation. Our photo etching services are particularly advantageous for the medical industry, offering solutions that enhance the performance, reliability, and functionality of medical devices and equipment. Precision Manufacturing Cost-Effectiveness and Speed Material Versatility Quality and Reliability Applications in the Medical Field Environmental and […]
What is Laser Direct Imaging (LDI)? - March 3rd, 2022
Laser Direct Imaging, also commonly known as LDI, plays a key role in the metal etching process. Traditional etching involves coating the metal plate with a polymer photo resist. After that, the digital design is exposed to the photo resist using ultraviolet light and photo tooling where the dark lines create a pattern on the surface of the photo resist.
What is Diffusion Bonding? - September 10th, 2021
Diffusion Bonding is a metalworking technique in which two metals are joined together by applying dynamic load and heat in controlled conditions. The diffusion of atoms at the interface of two joining metals takes place within these conditions which lead to uniform grain structure joint closing the interfacial voids leading to solid-state bonding.
