1. Jewelry Industry

Applications: Used to create intricate models for rings, pendants, bracelets, and other complex jewelry pieces.

Advantages: Perfectly reproduces extremely fine textures, patterns, and intricate structures—challenging to achieve through traditional carving or direct metal casting. Designers can first sculpt wax or use rapid prototyping before casting into metal.

2. Aerospace Industry

Applications: Manufacturing critical high-temperature components like turbine blades, engine blades, and nozzles. These parts are typically made from superalloys with highly complex internal cooling channels.

Advantages: Enables casting of monolithic components with intricate internal cavities, eliminating segmented welding and ensuring overall structural integrity and high-temperature resistance.

3. Dental Field

Applications: Production of models for restorations such as dental crowns, bridges, and implant abutments.

Advantages: Cast restorations achieve perfect fit with patients' teeth, offering exceptional precision and excellent biocompatibility.

4. Industrial Manufacturing and Artistic Creation

Applications:

Industrial Components: Production of precision mechanical parts, hardware tools, gears, etc.

Artworks and Sculptures: Creation of intricate bronze sculptures, art pieces, and decorative items. Artists can sculpt directly in wax, then cast the design into metal using the lost-wax method.

Golf Club Heads: Many high-end titanium alloy golf club heads are also manufactured via the lost-wax process.