Thingiverse
Fully 3D printable Scotch Yoke Mechanism - Rotary into Linear motion by Retsetman
by Thingiverse
Last crawled date: 4 years, 5 months ago
Video link: https://www.youtube.com/watch?v=MZ-1PQGlrmY
SCOTCH-YOKE Mechanism
Piston dia 16 mm and stroke 16 mm.
Scotch yoke used for converting rotational motion into linear motion. Unlike traditional linear motion mechanisms, the connecting rod is rigidly fixed to the crank. Similarly, the piston is rigidly fixed to the con.rod.
I added 0.2mm tolerance for holes. All parts were printed with pla. All parts can be printed unsupported. Enjoy!
PART LIST
• Piston x2 (0.12 mm 20% infill)
• Con.rod. (0.12 mm 20% infill)
• Crank (0.12 mm 100% infill)
• Spacer x4 (0.12 mm 100% infill)
• Cylinder block (0.16 mm 100% infill)
• Leg (0.2 mm 20% infill)
• Arm (0.12 mm 100% infill)
SCOTCH-YOKE Mechanism
Piston dia 16 mm and stroke 16 mm.
Scotch yoke used for converting rotational motion into linear motion. Unlike traditional linear motion mechanisms, the connecting rod is rigidly fixed to the crank. Similarly, the piston is rigidly fixed to the con.rod.
I added 0.2mm tolerance for holes. All parts were printed with pla. All parts can be printed unsupported. Enjoy!
PART LIST
• Piston x2 (0.12 mm 20% infill)
• Con.rod. (0.12 mm 20% infill)
• Crank (0.12 mm 100% infill)
• Spacer x4 (0.12 mm 100% infill)
• Cylinder block (0.16 mm 100% infill)
• Leg (0.2 mm 20% infill)
• Arm (0.12 mm 100% infill)