This is a meticulously crafted 3D model of a laboratory Erlenmeyer flask, filled with a vibrant, translucent blue liquid. The model features accurate volumetric markings etched onto the glass surface, providing a high degree of realism and scientific precision. Its clean, optimized topology ensures smooth performance and easy integration into various projects. The glass material is designed with realistic refraction and reflection properties, capturing the essence of laboratory glassware, while the liquid material simulates transparency and subsurface scattering for a lifelike appearance. This versatile asset is ideal for a wide range of applications, including scientific visualizations, educational simulations, game development for titles requiring authentic lab environments, architectural renderings of research facilities, and engaging augmented reality (AR) experiences. Furthermore, it serves as an excellent component for digital art compositions, product showcases, or medical simulations. The model is UV unwrapped for easy texture application and is suitable for both high-fidelity static renderings and real-time applications, potentially offering a low-poly version if needed for performance. Supported file formats typically include GLB, OBJ, STL, ABC, DAE, FBX, USD, and PLY, ensuring broad compatibility across major 3D software and game engines. Experience scientific accuracy and visual appeal with this essential lab equipment model.