3d custom emblem design

The Challenge: Oxidation on EdgesA luxury car audio client needed a “Jewel-like” logo. Previous suppliers suffered from Blackening/Oxidation on the sharp diamond-cut edges. The Solution: Process Optimization3D Custom Emblem implemented a new protocol: • Immediate Anodizing: We implemented a “Cut-to-Seal” timeline, anodizing parts immediately after diamond cutting to lock in the shine. • Material…

The Challenge: Oxidation on EdgesA luxury car audio client needed a “Jewel-like” logo. Previous suppliers suffered from Blackening/Oxidation on the sharp diamond-cut edges. The Solution: Process Optimization3D Custom Emblem implemented a new protocol: • Immediate Anodizing: We implemented a “Cut-to-Seal” timeline, anodizing parts immediately after diamond cutting to lock in the shine. • Material…

The Challenge: The Caustic Wash A commercial dishwasher manufacturer found printed tags were being wiped blank by aggressive detergents. The Solution: The Permanent Etch Material: 304 Food Grade Stainless Steel. Process: Chemical Etching (0.003″ deep). Even if ink fades, the engraved stainless steel tags remain legible physically. Finish: Passivation treatment to prevent rust. The…

The Challenge: The Sweat Test A designer handbag brand faced tarnishing issues. Gold-plated tags were fading after contact with customers’ skin. The Solution: Advanced Plating Barrier Layer: Added a thicker Acid Copper layer to seal the base metal. Top Coat: Applied electrolytic Anti-Tarnish Clear Coat (E-Coat). Validation: Passed ISO 105-E04 Artificial Perspiration Test. The…

The Challenge: The “Popping” Badge A manufacturer of RV Tow Bars (similar to Blue Ox) experienced field failures where plates popped off steel arms due to road vibration. The Solution: Physics & Chemistry Mechanical: We implemented Secondary Radius Rolling to match the 2-inch tube diameter. Chemical: We switched to high-shear 0.8mm PE Foam Tape.…

The Challenge: The “Cheap Plastic” Look A manufacturer of soundproof office pods wanted a white logo. However, the screen-printed aluminum samples they received looked like cheap stickers, clashing with their $15,000 product. The Solution: Ceramic Texture Process: 3D Custom Emblem utilized Electrophoretic Deposition (E-Coat) in Matte White. Texture: This built a thick, uniform coating…

The Challenge: The 0.05mm Gap A rugged laptop manufacturer faced quality issues where logo plates were varying in size, leaving ugly gaps in the recessed housing where dust accumulated. The Solution: Precision Tooling Fine Blanking: We utilized high-precision Fine Blanking dies to reduce edge burr. 100% Gauging: We built a custom “Go/No-Go” gauge fixture.…

The Challenge: The Curved Glass Problem A French perfume house wanted a gold-plated metal label. However, the labels kept popping off the curved glass bottles due to metal memory, and glue residue ruined the aesthetic. The Solution: Material Science Alloy Change: We switched to 1100-0 (Dead Soft) Aluminum. This alloy has zero memory and…

The Challenge: The Coolant Attack A CNC Machine Tool manufacturer found their painted badges were bubbling after 6 months. Aggressive Cutting Fluids were chemically attacking the paint. The Solution: Surface Treatment Upgrade Process Change: We switched to Hard Anodizing (Aluminum) and Chrome Plating (Zinc). Neither reacts with petroleum-based coolants. Structure: Increased thickness to 3mm…

The Challenge: The Mirror Effect A Smart Fridge manufacturer required a large, thin (0.15mm) logo with a perfect chrome mirror finish. Stamping trials resulted in wavy surfaces and “Orange Peel” texture. The Solution: Switching to Etching Etching vs. Stamping: We utilized Through-Etching. Since no die impact was involved, the mirror surface remained pristine. Clean…