SUMMARY
The forum discussion focuses on selecting a pneumatic cylinder for building a portable pill crusher with a 30mm stroke. The user initially considered a 100mm bore cylinder with a 6bar pump to generate 480kg of force but faced challenges with pill resistance and the need for a rotational mechanism. Suggestions included using a nut and screw type press combined with pneumatic action, and experimenting with various crushing methods to determine the required force and torque. The user aims to achieve efficient crushing within a maximum duration of 4 seconds while maintaining portability and silence.
PREREQUISITES
- Understanding of pneumatic systems and their components
- Knowledge of force calculations, including Newton's laws
- Familiarity with mechanical design principles, particularly for rotating mechanisms
- Experience with CAD software, specifically Fusion 360 for design
NEXT STEPS
- Research pneumatic cylinder specifications and selection criteria for optimal force output
- Explore design principles for nut and screw type presses to integrate with pneumatic systems
- Investigate rotary actuator options for creating a rotating base with sufficient torque
- Learn about impact mechanisms and their application in pill crushing to enhance efficiency
USEFUL FOR
This discussion is beneficial for mechanical engineers, product designers, and anyone involved in developing portable pharmaceutical equipment, particularly those focused on optimizing pill crushing mechanisms.