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The medical field requires parts with tolerances as narrow as ±0.001mm. When you are developing surgical tools that go inside the human body or implants that need to perform perfectly for decades, there is no margin for error. Conventional machining techniques are generally inadequate when creating intricate geometries in biocompatible materials such as titanium and […]

Etching is involved in most of the technology and products we use every day. It is used to make small, complex metal components. It directly shapes a lot of industries, and these industries depend on etching for their accuracy. Etching is a process that transforms thin metal sheets into intricate patterns. There are two approaches

The need for smaller, intricate, and accurate metal parts is growing every day. Chemical etching companies are playing a vital role in various sectors such as the medical, aerospace, electronic, etc. Unlike stamping and mechanical machining, chemical etching is a stress-free process. Chemical etching companies have devised a quality system that can transform raw metal

Photochemical etching is used for producing extremely detailed metal parts. In other words, photoetching, a technique that applies photographic as well as chemical techniques to attain micron-level precision. Amongst the choice of metals, nickel is one of the widely used metals in photochemical etching. It is resistant to corrosion, has very good mechanical strength, and

When discussing photo chemical etching, the image that comes to mind is usually flat, extremely accurate 2D components such as meshes, encoder discs, or RF shields. That’s the conventional aspect of the process, but industries now require more than just flat accuracy. Such is the case with 3D photo chemical etching. This process extends beyond