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Medical device marking has a unique set of requirements that sets it apart from most other direct parts marking applications. The need for permanent, non-contaminating, legible and accurate marking defines the requirements for laser marking on medical devices, whether they be tools, instruments or implantables. (read more)
Electrochemical, photochemical and chemical milling services use etching, electrochemical, and photochemical processes to create unstressed, high-precision parts
Marking services and engraving services mark and engrave products and parts. Services offered include laser marking and engraving, rotary engraving, sublimation, electro discharge machining, and embossing.
Search by Specification | Learn MoreThin film coating services apply very thin layers of specialized materials to part surfaces. They perform processes such chemical vapor deposition (CVD), physical vapor deposition (PVD), ion implantation, electrochemical deposition (ECD), plasma etching, rapid thermal processing (RTP), and titanium nitride coating
Search by Specification | Learn MoreSpecialty coating and finishing services perform specialized or proprietary coating and finishing processes.
Search by Specification | Learn MoreLaser marking and laser engraving services use a computer-controlled laser beam to discolor the surface of a component, or engrave it by vaporizing the material.
Search by Specification | Learn MoreResurfacing, recoating and refinishing services alter or restore damaged coatings and surfaces to a usable condition.
Search by Specification | Learn MoreSurface finishing products and equipment are used to refine or roughen a surface to meet surface finish requirements, or to clean, strengthen or prepare the surface for additional processing.
Learn MorePrimers and adhesion promoters are applied to a substrate to enhance the bond strength between a surface coating (e.g., clear coats, adhesives) and the substrate.
Search by Specification | Learn MoreMachine shop services use machinery or equipment to perform custom removal of material to fabricate a finished part.
Search by Specification | Learn MoreIndustrial coatings are thin films deposited upon materials to add or enhance desired properties, such as color, conductivity, corrosion resistance, etc.
Search by Specification | Learn MoreThickness gages are used to make precise dimensional measurements on a wide variety of coatings and materials including steel, plastic, glass, rubber, ceramics, paint, electroplated layers, enamels, etc
Search by Specification | Learn MoreMarking and engraving equipment marks or engraves products and packages with bar codes, lot codes, date stamps, graphics, labels, and other information. Marks are applied during the manufacturing process, eliminating the need to generate labels or papers for subsequent application.
Search by Specification | Learn MoreProduction machining services providers have the capability to output large production runs using a variety of machining services.
Search by Specification | Learn MoreWeb coating services apply a layer of resin or other liquid coating to the surface of a continuous sheet of material.
Search by Specification | Learn MoreStainless steel alloys are austenitic, ferritic, martensitic, precipitation hardened (PH), and duplex metal materials that are available in a wide variety of grades, shapes, and sizes
Search by Specification | Learn MoreElectropolishing is the precision controlled electrochemical removal of surface metal, resulting in a brilliant "mirror like" appearance with improved chromium enriched metallurgical surface properties. (read more)
Inline industrial pH & fluoride sensors specifically designed for aggressive fluoride acid etching applications. Special high HF resistant pH glass can withstand extremely high fluoride concentrations & low pH, strong acid media. A solid-state conductive polymer reference minimizes cleaning & can withstand strong chemical & mechanical cleaning. Sensors can retrofit to existing transmitters. (read more)
The C7064E utilizes electrochemical sensor technology to provide superior performance and reliability for the detection of hydrogen sulfide (H2S) gas. It is housed in 316 stainless steel. (read more)
Fotofab can fabricate your Nitinol, zirconium or titanium application. The speed and low cost of the process make it an ideal technique both for prototypes and for production quantities of precision metal parts, even into the millions. (read more)
Miller Dial LLC. enhances metal nameplates through their photo-chemical machining technique. This application to their product is precise and chemically milled. We also handle high-resolution precision custom graphics. (read more)
Stork Veco International, Inc., have developed high standards of performance in two technologies: Electroforming and Photo etching (Chemical Machining). Both Electroforming & Photo Etching technologies offer a powerful combination of flexibility and precision in manufacturing standard and custom made products meeting your individual requirements. (read more)
Conductive Technologies specializes in transforming sensor concepts into finished products that are reliable, easy-to-use and cost effective by drawing on its experiences in prototyping, developing and manufacturing electrochemical sensors for a number of applications. (read more)
Electrochemical sensors to measure specific gases in the ppm range, including hydrogen sulfide, sulfur dioxide, oxygen, and others (read more)
With a breakthrough in electrochemical cell sensor technology, the new TS Series Hydrogen Sulfide Gas Detectors from General Monitors now provide advanced protection against the deadly hazards of hydrogen sulfide gas (H2S) for a wide range of applications. (read more)
Net Safety's toxic gas detector, the Millennium, delivers safety, security and performance - protection you can trust! Using the latest in electrochemical sensor technology, the Millennium continuously monitors your site for a wide range of toxic gas types. The Millennium is fast and accurate and requires only periodic calibration and maintenance. (read more)
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Electrochemical Science and Technology Information Resource... Electrochemical Science and Technology Information Resource (ESTIR) |
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Electrolysis - Wikipedia, the free encyclopedia A demonstration electrochemical cell setup resembling the Daniell cell |
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Electroplating - Wikipedia, the free encyclopedia The brush, typically a stainless steel body wrapped with a cloth material that both holds the plating solution and prevents direct contact with the |
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Now Mark Metal Tools, Parts, Equipment In Seconds With... Etch-O-Matic Electro-Chemical Marking Kits Nothing Is Easier or Quicker |
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AZoM™ - The A to Z of Materials and AZojomo - The... Heat Treatment - Treatment and Analysis of Hardening and Tempering of Stainless Steel by Bodycote Heat Treatment The optimum combination of hardness, See AZoM Information |
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Advanced Battery Research Summaries Electrochemical and other properties of the thin-film oxides on stainless steel substrates, such as active species diffusivity, electrocatalyst |
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Miller Dial LLC: Photo Chemical... Etching steel, steel etching, chemical engineering, stainless steal, metal etching & etching stainless steel. See Miller Dial Corporation Information |
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MIL-STD-130N Change 1, 2d Data Matrix Laser Engraver, Marking... MIL-STD-130N, 2d Data Matrix Laser Engraver, Marking UID, Laser Marking, and Etching See Marking Methods, Inc. Information |
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NOT MEASUREMENT SENSITIVE NASA-STD-6002A National Aeronautics... 23 5.2.4.2 Electrochemical Machining (ECM).......................................................... 23 5.2.4.3 Electro Discharge Machining (EDM) |
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NOT MEASUREMENT SENSITIVE NASA-HDBK-6003A National Aeronautics... 29 5.2.3 Electro-Chemical Marking ......................................................................... 30 5.2.3.1 Electro-Chemical |