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Two Connected Gears
Industrial, Tools & Machinery
Industrial parts
Shesternia
Mekhanizm
Zubchatoe Koleso
Inzheneriia
3d Model
3d Print
3D Printing
Game Development
Education & Training
Product Design
3D model of two connected gears with a 1:4 tooth ratio (60 and 15 teeth), module 2, and 0.2mm backlash, ready for 3D printing and project use.
3D
Preview can be downloaded for free. Full quality is available after registration for 1 credit.
Preview is free. Full quality requires registration and 1 credit.
Two Connected Gears
3D model of two connected gray gears with different tooth counts, demonstrating mechanical engagement.
Model details
- Subcategory Industrial parts
- Access Free download
Description
Overview and production context
Introducing a highly detailed 3D model of two connected gears, created with precise adherence to specified parameters. The first gear has 60 teeth, and the second has 15, providing a 1:4 ratio. The module of the gear engagement is 2, and the backlash for free rotation is 0.2 mm. The model is rendered in a neutral gray color, simulating plastic or metal, and is perfectly suited for demonstrating the principles of mechanical transmissions, educational purposes, or as a component in more complex mechanisms.
How to use this model
Use cases, fit and pre-production checks
This 3D gear model is ideal for 3D printing. Printing with PLA or ABS plastic is recommended, with supports for overhangs, especially for the gear teeth. Scaling the model is possible, but ensure the 0.2 mm backlash is maintained for correct rotation. The model is also excellent for use in game development, AR/VR applications, or for creating educational visualizations demonstrating mechanical principles. It can serve as a standalone display piece or as part of a larger diorama focused on mechanics or engineering.
FAQ
Answers for this exact model page
What is the exact tooth ratio and backlash between the gears?
The model features two gears with a 1:4 tooth ratio (60 and 15 teeth). The backlash for free rotation is 0.2 mm, and the engagement module is 2.
Can this model be used in real mechanisms after 3D printing?
Yes, the model is designed with a 0.2 mm backlash, allowing it to rotate after printing. For best results, high-quality 3D printing and suitable materials are recommended.
What materials are best suited for 3D printing this model?
For printing these gears, durable plastics like PLA or ABS are recommended. For more wear-resistant applications, consider PETG or Nylon.
For which projects is this gear model most useful?
The model is excellent for educational purposes, demonstrating gearbox principles, creating mechanism prototypes, and for use in games and AR/VR applications requiring realistic mechanical component representation.
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