Aluminum Spacer 5.1x10x9.5mm
The Aluminum Spacer (5.1x10x9.5mm) is a lightweight yet durable component designed to provide precise spacing in linear motion systems, CNC machines, 3D printers, and robotics.
Key Features:
-
High-Quality Aluminum ā Corrosion-resistant and lightweight for reliable performance.
-
Smooth Surface Finish ā Ensures reduced friction and smooth alignment in mechanical assemblies.
-
Multipurpose Use ā Ideal for use in V-slot rail systems, bearings, pulleys, and motor mounts.
This aluminum spacer is perfect for applications requiring stable and precise component separation, ensuring optimal system alignment and functionality.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Aluminum Spacer 5.1x10x9.5mm
Aluminum Spacer 5.1x10x9.5mm
The Aluminum Spacer (5.1x10x9.5mm) is a lightweight yet durable component designed to provide precise spacing in linear motion systems, CNC machines, 3D printers, and robotics.
Key Features:
-
High-Quality Aluminum ā Corrosion-resistant and lightweight for reliable performance.
-
Smooth Surface Finish ā Ensures reduced friction and smooth alignment in mechanical assemblies.
-
Multipurpose Use ā Ideal for use in V-slot rail systems, bearings, pulleys, and motor mounts.
This aluminum spacer is perfect for applications requiring stable and precise component separation, ensuring optimal system alignment and functionality.
Original: $0.71
-65%$0.71
$0.25Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Aluminum Spacer (5.1x10x9.5mm) is a lightweight yet durable component designed to provide precise spacing in linear motion systems, CNC machines, 3D printers, and robotics.
Key Features:
-
High-Quality Aluminum ā Corrosion-resistant and lightweight for reliable performance.
-
Smooth Surface Finish ā Ensures reduced friction and smooth alignment in mechanical assemblies.
-
Multipurpose Use ā Ideal for use in V-slot rail systems, bearings, pulleys, and motor mounts.
This aluminum spacer is perfect for applications requiring stable and precise component separation, ensuring optimal system alignment and functionality.
