Tooth science fiction head model mounted on an adjustable steel bracket. Compact and modular, this 28tooth head module is designed for stable positioning and quick setup in confined spaces. Key benefits Adjustable positioning: Bracket allows the tooth head to be angled for precise placement and reproducible setups. Compact and portable: Measures 42 x 13 x 8 cm and weighs 2.3 kg, making it easy to move and fit into narrow work areas. Secure mounting: Can be fixed to a table or chair using the included fixing belt for hands operation and stable use. Low maintenance and easy service: Modular design with few parts simplifies disassembly, reassembly, and routine upkeep. Durable support: Steel bracket provides reliable rigidity while maintaining adjustability. Main attributes Product type: Tooth science fiction head model with tooth head module mounted on a steel bracket. Size: 42 x 13 x 8 cm. Weight: 2.3 kg. Number of teeth: 28. Material: Steel bracket for mounting and support. Compatibility: Designed to attach to common tables and chairs using a fixing belt; suitable for use in tight or restricted environments. Typical use scenarios Skill practice and drills: Secure the model to a workstation or chair for manual dexterity exercises, simulated procedures, or repetitive practice sessions. Studio and production prop: Use as a stable, adjustable prop in photography, film, or stage sets where compact, angled positioning is required. Equipment testing and demonstrations: Mount on a table or chair to test tools, handpieces, or fixtures under limitedspace conditions. Installation and maintenance Mount the module on the steel bracket and secure the assembly to a table or chair with the fixing belt. Modular components make disassembly and reassembly straightforward, reducing downtime for cleaning or replacement. Few parts and simple construction minimize maintenance requirements. This tooth science fiction head model offers adjustable positioning, secure mounting, and a compact footprint for practical use in training, production, and narrowspace applications.