Product: Silicone Molds for Tooth/Base Models — chemical-free material for dental laboratory use Key benefits Safe material: Made from chemical-free silicone that is safe for handling in the laboratory environment. Time savings: Designed specifically for tooth base and model-base castings to reduce setup and trimming time during routine dental laboratory work. Reliable release and cleanup: Shiny inner surface promotes easy separation of stone or resin models and simplifies cleaning after each use. Durable construction: Engineered for repeated use in dental labs; durable silicone holds shape over extended periods of use. Practical design features: Integrated lingual profile edge and a built-in space for deck-handle release improve model removal and handling during finishing. How this product solves common problems Reduces casting defects and time spent on model separation thanks to a smooth inner surface that minimizes sticking. Lowers replacement frequency and downtime because the silicone resists deformation and remains functional for long-term laboratory use. Improves ergonomics during model handling: the lingual profile edge and deck-handle space make it easier to remove and manipulate models without damaging margins. Function, material, and compatibility Function: Silicone mold designed to form tooth bases and laboratory model bases for dental castings. Material: Chemical-free silicone with a polished inner surface for reliable release. Compatibility: Intended for standard dental laboratory casting workflows and materials used to pour study models and working casts. Practical use scenarios Dental laboratory production: Quickly produce consistent model bases for study and working casts to speed up lab throughput. Dental education and training: Reusable molds for student practice in pouring and handling study models without exposure to chemical residues. Clinical model preparation: Create durable bases for patient records, treatment planning models, and provisional prosthetic fabrication. What to expect in daily use Faster demolding and fewer tears or breaks at the base. Easier cleaning between pours and reduced need for release agents. Stable form retention for repeated pours, helping maintain consistent model quality over time.