Demold

To remove a solidified or cast object from a mold. This process involves carefully separating the mold pieces to release the formed item without causing damage or distortion. Demolding requires consideration of the mold's material, the object's complexity, and the solidification properties of the material used. It often involves techniques like tapping, gentle prying, or the application of releasing agents. The success of demolding is crucial for preserving the object's intended shape and surface finish. Successful demolding facilitates the next steps in the production process, from finishing to use. The ease or difficulty of demolding reflects directly on the quality and design of the mold itself.

Demold meaning with examples

• After the resin had fully cured, the artisan carefully began to demold the intricate sculpture. She meticulously separated each section of the mold, revealing the detailed form of the object, hoping it was flawless. A release agent was used to aid in easy removal. The delicate process took several minutes, but the result was a stunning, perfectly formed piece, just as the plans had described.
• The engineer meticulously heated the silicon rubber mold and began to demold the prototype engine component. Precise dimensions needed to be kept. The component was designed with draft angles to facilitate demolding, preventing the part from sticking. Failure to do so could lead to a damaged part. The final result was a high-quality part for further testing.
• The chocolate chef gently tapped the molds to demold the delicate truffles. The chocolate had to be precisely tempered, as otherwise, they would stick to the molds. The molds were slightly warmed. He had practiced the demolding process many times. The glossy surface of the chocolates showed a perfect shine after demolding.
• The factory workers automated the process to demold the mass-produced plastic toys. The molding machines ran continuously to make a profit. The efficiency of the demolding mechanism was paramount for high-volume production, minimizing downtime and maximizing output. Robots ensured consistency and speed.