Laser engraving uses a focused laser beam to permanently mark materials by precision ablation. This article explores applications, techniques, equipment, materials, and processes for laser engraving in industries like automotive, aerospace, and jewelry for branding and customization. Comparisons to etching and embossing are provided.
Explore sandblasting, a technique that textures materials using abrasive media. Learn about methods, equipment, and industrial applications, including comparisons to polishing and grinding.
Discover the intricacies of brushed finish in this comprehensive guide. Explore its applications, purpose, equipment, and process, covering both industrial and decorative domains. Gain insights into various types of finishes and their diverse use across different materials.
This guide covers everything to get started. Learn what burnishing is, how friction and pressure polish metals. Discover manual and automated methods. Understand how factors like tool type, pressure control, lubrication affect results. Get overview of process steps. See how burnishing enhances aesthetics, durability, dimensional accuracy of metal components across industries.
Achieving a professional polished metal finish is key in jewelry and accessory manufacturing. On this page, learn about the importance of metal polishing and how it enhances aesthetics, durability, and perceived value. Discover the tools, compounds, and techniques used to polish precious metals, base metals, and alloys to a mirror finish.
Surface grinding offers the primary advantage of delivering high precision coupled with superior surface quality. This technique is employed when exactness and a smooth finish are paramount, as these characteristics are often unattainable through other machining methods. Surface grinding is capable of producing extremely smooth and parallel surfaces.
Similar to electroplating, electrophoresis is a metal surface treatment process. It is used to paint various metal parts and can provide corrosion prevention and surface decoration. Generally, the metal substrate is immersed in a solution containing epoxy resin paint, etc., and an electric current is passed to attract the suspended paint particles in the solution,…
Physical vapor deposition (PVD) is a technique that uses physical methods to vaporize materials into atoms, molecules, ions, and ions under vacuum conditions and deposits a thin film with certain special properties on the surface of the workpiece through a process of gas phase mechanics.