Precision chemical etching for every application
Why is chemical etching used to make it? Precision Medical Blade and Micro Chemical Etching Blades Modern…
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Our Custom Thin Film Heating Elements provide efficient, flexible heating for a variety of applications. We offer material…
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High-precision etching of stainless steel filtration mesh for efficient dust filtration in vacuum cleaners. View our etching production…
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Precision etching of high-speed air intake mesh for hair dryers, optimizing airflow for efficient drying. View our etching…
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Accurate etching of filtration mesh for soy milk makers, ensuring smooth and clean soy milk production. View our…
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Precision etching of customized filters for tea infusers, enhancing the tea brewing experience. View our etching production facility…
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Lead frames have the advantages of accurate dimensions, easy automated manufacturing, good weldability, and high reliability, so they…
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High-precision etching of blade plates for universal juicers, offering versatile cutting options. View our etching production facility [embed]https://youtu.be/WaggFiCEFw8?si=wwN7561nvQmIJVZo%20our%20Invar%20etching%20production%20facility[/embed]…
View DetailsThe trusted partner for precision chemical etching worldwide
ISO certified, ±0.01mm tolerance on all parts.
From order to shipment in as little as 7 days.
From prototype to mass production, we adapt to you.
From raw material to finished precision part
Every precision etching process starts with proper surface preparation.
Raw metal sheets such as stainless steel, copper, or aluminum are first processed through a chemical cleaning machine, where oil, dust, and oxide layers are completely removed.
This stage ensures excellent surface energy and adhesion, which directly impacts the accuracy of the subsequent pattern transfer.
A stable and uniform surface is the foundation of high-quality etching, especially for fine features and tight tolerances.
After cleaning, the material is laminated with a photoresist film that protects specific areas during etching.
The sheet is then transferred into an exposure system, where UV light passes through precision artwork to transfer the design onto the material surface.
This step determines the final geometry, resolution, and alignment of the product.
High-precision exposure ensures consistent line widths, sharp edges, and repeatability across batches, making it essential for industries requiring micro-scale accuracy.
The exposed material enters a developing machine, where the unprotected areas are revealed, forming the exact pattern to be etched.
It is then processed in a chemical etching machine, where controlled chemical reactions remove material from exposed regions.
Advanced spray systems, multi-row nozzles, and stable pressure control ensure uniform etching depth and high production efficiency.
This process enables the creation of complex geometries, burr-free edges, and ultra-fine features that are difficult to achieve with mechanical machining.
Once etching is completed, the remaining photoresist is removed using a stripping machine, revealing the final etched structure.
The parts then pass through a multi-stage rinsing and drying system, eliminating any chemical residues and ensuring a clean, high-quality surface finish.
Final inspection is carried out to verify dimensional accuracy, surface quality, and consistency before packaging or further processing.
This integrated finishing stage ensures that every component meets strict industrial standards and is ready for immediate application.
WET Etched is a professional manufacturer specializing in chemical etching machines and complete etching production lines for metal and PCB processing industries. Backed by over a decade of engineering experience, we focus on delivering high-performance equipment that enables customers to achieve precision, consistency, and scalable production.
From standalone machines to fully integrated production lines, we provide solutions covering the entire process, including cleaning, exposure, developing, etching, stripping, and drying. Our systems are designed to handle a wide range of materials such as stainless steel, copper, aluminum, and specialty alloys, supporting applications from nameplates to complex industrial components.
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