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DCC Bridge
Anonymous1769188475
01-23 17:26
Model Name
round-bottom flask 3d model
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props
rendering
realistic
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Prompt
The pressure-cooker locking mechanism can be applied to a round-bottom laboratory flask by first dividing the flask horizontally at the midpoint of its spherical body, creating an upper half with the neck and a lower bowl-shaped half. The upper half is designed with a standard 29/30 ground-glass joint neck, characterized by a slightly increased height and thicker wall profile, as shown in the reference image, to provide enhanced mechanical strength and secure connectivity with standard laboratory adapters. At the cut plane, flat circular flanges are formed on both halves to provide proper mating surfaces, similar to the rim of a pressure cooker. A small rubber or silicone gasket is placed between these flanges to create an airtight seal and to prevent direct glass-to-glass contact. Around the circumference of the flask, multiple metallic side locking clips or clamps are attached, with one end fixed to the upper half and the other to the lower half. When the two halves are brought together, the gasket is compressed and the locking clips are engaged, holding the flask securely closed in the same way a pressure cooker lid is locked to its body. For additional safety and functionality, a pressure-relief vent or regulator can be incorporated near the neck of the flask, mirroring the cooker’s safety valve. This design ensures uniform pressure distribution, mechanical stability, and a secure seal while maintaining the transparent borosilicate glass structure and accurate laboratory proportions of the round-bottom flask.
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