3mm X 5mm COUPLER RIGID COUPLING
The 3mm × 5mm Coupler Rigid Coupling is a mechanical connector used to join two shafts with different diameters in motors and mechanical systems. It provides a secure and rigid connection between a 3mm and 5mm shaft, ensuring stable torque transmission with minimal slippage. Commonly used in robotics, CNC machines, and DIY mechanical projects, it is made from durable metal for high strength, precision alignment, and reliable long-term performance.
وصلة 3mm × 5mm Coupler Rigid Coupling هي قطعة ميكانيكية تستخدم لربط عمودين بأقطار مختلفة في الأنظمة الميكانيكية والمحركات. توفر اتصالًا صلبًا وآمنًا بين عمود 3 مم وعمود 5 مم لنقل العزم بدون انزلاق. تُستخدم في الروبوتات وآلات CNC والمشاريع الميكانيكية. مصنوعة من معدن متين لضمان القوة والدقة والأداء المستقر على المدى الطويل.
The 3mm × 5mm Rigid Shaft Coupling is a precision mechanical component designed to connect two rotating shafts of different diameters. It ensures efficient torque transfer between a 3mm shaft and a 5mm shaft, making it ideal for motors, gear systems, and motion control applications.
This rigid coupling provides a solid, non-flexible connection that maintains accurate alignment between shafts. It is commonly used in robotics and automation systems where stable and precise motion transmission is required. The coupling is manufactured from high-strength metal for durability, wear resistance, and long service life.
It is easy to install using set screws, making it suitable for DIY electronics, CNC machines, 3D printers, and robotic assemblies.
Specifications
- Product Type: Rigid Shaft Coupling
- Shaft Size Compatibility: 3mm to 5mm
- Material: Metal (typically aluminum or steel alloy)
- Design Type: Rigid (non-flexible)
- Fixing Method: Set screws
- Function: Torque transmission between shafts
- Durability: High strength and wear resistance
- Alignment: Fixed rigid connection
Applications
- Robotics and automation systems
- DC motor shaft connections
- CNC machines
- 3D printers
- DIY mechanical projects
- Gear systems and drives
- Motion control assemblies
- Educational engineering projects