Chemical etching process works well with aluminum, stainless steel, brass, zinc, and mild steel. DNPE uses a proprietary blend of metal etchants which gives products the clean multidimensional appearance. The etched areas can also be filled with paint in a variety of colors. Chemical etched nameplates are durable and can withstand almost every type of environment. These nameplates generally last the lifetime of the product/equipment.
Screen printing process uses thermoset or an epoxy paint system to ensure durable adhesion to metals, plastics, and vinyl. Our Pantone color match system can mirror most colors in gloss/matte finish. This process is ideal for multi-colored designs & logos. Screen printed products are not recommended in environments with extreme exposure to chemicals or abrasives.
Metalphoto®, commonly referred to as photosensitive aluminum, uses a proprietary process which copies an image directly into the open pores of anodized aluminum. The metal is then exposed to a salt nickel bath (similar to dye & seal process) which seals the image below the surface of the hardened aluminum.
Dye sublimation process creates products in complete color for a true photo quality finish. This heat activated process allows for full color images to be transferred directly onto metal sheets. Dye sublimation is ideal for nameplates, business cards, photos, plaques, seating and locker tags.
Laser cutting is an ideal alternative to expensive stamping tools and projects where custom shapes and hole patterns are required. DNPE uses high-powered CO2 lasers to cut uncommon shapes from metals ranging from foils to thick steel.
CNC Machining process utilizes the “drop-in” tooling method to complete nameplates and panels in a wide range of shapes and sizes. We produce quality products that maintain tight dimensional tolerance by using our high-speed die cutting machine. Countersunk holes, threaded holes, and Pem studs can also be added to your tags and panels.
Injection molding process is commonly used for the fabrication of plastic parts. Products that vary greatly in their size, complexity, and application can be manufactured by injection molding process.
Electroforming is a highly specialized metal forming process for metal fabrication. Electroforming is very effective when requirements call for extreme precision, tight tolerances, or complexity in design.
Laser engraving process is typically used as an “add-on” when variable data is required on a nameplate such as serial numbers., barcodes, QR codes, dates, and capacity information. Laser marking can also be used to add logos and information to existing metal components such as knobs, caps, fixtures, panels, name badges, and tools.
Metal forming process is used to create custom bends that will allow your metal nameplate or panel to properly fit on a surface that may not be completely flat. Roll-forming can create a radius to allow parts to wrap around contoured surfaces. Press brake tooling can bend edges of panels to form covers and boxes.