Chemical Etching
Also known as chemical milling, chemical etching is a quick, cost-effective, and adaptable metal fabrication process for the creation of precise metal parts.
Chemical etching is an exact and meticulous method involving putting a thin sheet of metal through a series of processes to remove any areas of the metal not coated, allowing completely custom and intricate shapes and designs.
It does all this without subjecting the material to heat or pressure, so it retains its strength and integrity, allowing for even the most technical of cuts.
Electroforming
Electroforming is a unique metal-forming process. Unlike most other methods, which remove metal to create the desired shape, electroforming builds material around a mold, usually made of wax or plastic.
A thin layer of metal is applied to the mold before being dipped into an electrolytic bath. Once an electric current is applied to the bath, material beings building up delicately around the mold.
Removing the mold leaves an incredibly intricate and precise metal piece, making it perfect for making jewelry, electronics, and art.
Because electroforming builds up a complete, free-standing structure, it’s set apart from electroplating, which only adds a thin metal coating to an existing object.
Laser Cutting
Laser cutting is a precise manufacturing process that uses a high-powered laser to cut materials into specific shapes or designs. The process involves focusing a laser beam onto a material’s surface, which heats it to the point of melting, burning, or vaporizing, creating ultra-clean cuts or engravings. Computer-aided design (CAD) software typically guides the laser, allowing for intricate patterns and highly accurate cuts. Laser cutting is widely used for materials like metal, plastic, wood, and textiles in industries such as manufacturing, construction, and arts.
The process offers several advantages, including high precision, smooth edges, and the ability to cut complex shapes with minimal material waste. It is commonly employed in both industrial applications and creative fields like fashion and art.
Laser cutting gets its name from the high-powered laser used to melt, burn, or vaporize material creating ultra-clean cuts or engravings.
Mylar Imaging
Mylar imaging refers to the process of printing or etching designs onto Mylar, a durable polyester film known for its flexibility, strength, and heat resistance. Mylar is often used in applications where dimensional stability and clarity are essential, such as in stencils, labels, and protective coatings. Mylar imaging typically involves screen printing or laser etching to create images or text on the film’s surface.
The imaging process allows for fine detail, making Mylar popular in graphic arts, signage, and technical drawings. Due to its durability, Mylar is also used in environments where traditional paper or other materials might degrade over time.