Robust, precise workmanship: smooth, even surface and careful finishing make the small laboratory pot easy to clean and maintain, reducing the risk of cross infection during experiments. High-temperature performance: designed for rigorous heating tasks and repeated use in melting and burning applications; suitable as a melting pot or crucible for metal work. Versatile functionality: suitable for laboratory tests, chemical plant operations, school labs, research and production settings; also ideal as jewellery casting tools and melting pots. Compact small-pot design: a space-saving option for bench-top work and small-batch melts while remaining stable and easy to handle. Reduced turnaround time: smooth surfaces simplify cleaning between runs, lowering contamination risk and speeding up experimental workflows. Reliable for thermal analysis: appropriate for a wide range of high-temperature experiments, including melting, burning and thermal analysis procedures. Typical use scenarios Jewellery casting: melt small quantities of precious metals for casting and prototyping using jewellery melting pots and casting tools. Laboratory experiments and teaching labs: perform controlled high-temperature tests and thermal analyses with easy post-test cleaning to prevent cross infection between samples. Chemical plant R&D and small-scale production: prepare and melt metal samples or perform thermal treatments where a compact, durable crucible is required. Key attributes Function: melting, burning, thermal analysis, sample preparation Compatibility: laboratory, school, chemical plant, research and production environments Form factor: small laboratory pot / melting pot / crucible Performance: smooth surface for easy cleaning, built for high-temperature use and repeated experimental cycles No extra accessories are assumed; please use appropriate equipment and safety procedures when performing high-temperature operations.