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  • Eccentric Nut Nickel Plated V Groove Hex Nut Inner Hole
Four Eccentric Nut Nickel Plated V Groove Hex Nuts from 3D Printing Perth - Cirrus Link, ideal for mechanical uses. With diverse orientations and threaded holes, their design could inspire 3D printing enthusiasts to craft a custom version.
Four Eccentric Nut Nickel Plated V Groove Hex Nuts from 3D Printing Perth - Cirrus Link, ideal for mechanical applications, are displayed on a plain white background.
Hex nut diagram shows the Eccentric Nut Nickel Plated V Groove Hex Nut by 3D Printing Perth - Cirrus Link, featuring 10mm height, 8mm width, 7mm internal diameter, and 5mm thread size. Compatible with sizes 5*10*10 to 5*8*9.5 for mechanical precision applications.
Close-up of a 3D printer highlighting
Four Eccentric Nut Nickel Plated V Groove Hex Nuts from 3D Printing Perth - Cirrus Link are arranged in a grid, ideal for mechanical tasks. Sizes include 5*10*8.5, 5*8*9.5, 5*10*10, and 5*10*9.5—perfect for precision tasks or 3D printing projects.
Eccentric Nut Nickel Plated V Groove Hex Nut by 3D Printing Perth - Cirrus Link features a 7mm width, 9.5mm height, inner dimensions of 5mm and 7mm, and an outer circle of 8mm. Labeled
The Eccentric Nut Nickel Plated V Groove Hex Nut by 3D Printing Perth - Cirrus Link is perfect for mechanical applications and 3D printing projects, with precise dimensions of 8.5mm height, 10mm width, labeled details of 7mm and 5mm, and an overall size of 5*10*8.5.
The Eccentric Nut Nickel Plated V Groove Hex Nut Inner Hole by 3D Printing Perth - Cirrus Link is perfect for mechanical projects and 3D printing, with precise measurements of 7mm, 9.5mm, 8mm, and 10mm. The compact dimensions are 5*10*9.5 mm for versatile project applications.
The Eccentric Nut Nickel Plated V Groove Hex Nut Inner Hole by 3D Printing Perth - Cirrus Link measures 7mm wide, 5mm inner diameter, and 10mm high. It's ideal for mechanical uses and compatible with 3D printing. Side and top views are labeled for clarity.

Eccentric Nut Nickel Plated V Groove Hex Nut Inner Hole

$1.59
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Description

Eccentric Nut 

Introducing our premium Eccentric Nut, specially designed for precision 3D printing and mechanical applications. This component is crafted with an impeccable size, making it a must-have for hobbyists and professionals alike. With a focus on durability and functionality, the eccentric nut provides an efficient solution for ensuring smooth operation in various mechanisms.

Product Features

  • Material: High-quality nickel-plated metal for enhanced corrosion resistance
  • Design: Eccentric design for adjustable tension and stability
  • Compatibility: Perfect for use with V-groove applications and standard hex nut setups
  • Applications: Ideal for 3D printers, CNC machines, and other precision engineering projects

Why Choose Our Eccentric Nut?

When it comes to 3D printing and mechanical assemblies, the components you select play a significant role in performance and output quality. Our eccentric nut excels in providing reliable performance, allowing operators to achieve precise adjustments and optimal settings for their machinery. Enhanced with a nickel-plated finish, you can trust that our nut will resist rust and wear, extending the lifespan of your components significantly.

Ease of Use

This eccentric nut is designed with usability in mind. Its hex shape allows for easy tightening and loosening with standard tools, making installation and adjustments straightforward. Whether you’re assembling your 3D printer or fine-tuning a CNC machine, our eccentric nut integrates seamlessly, providing not only a robust hold but also ease of maintenance. The design promotes quick adjustments—perfect for when you need to make precise alterations on the fly.

Applications

The Eccentric Nut is an incredibly versatile component that can be utilized across a variety of applications:

  • 3D Printing: Essential for ensuring stability and precise movement in 3D printers.
  • CNC Machines: Helps in fine-tuning axis movement for enhanced cutting accuracy.
  • Robotic Assemblies: Useful for adjustable joints and securing components in place.
  • Automotive and Mechanical Assemblies: Great for holding components that require adjustable tension.
  • Custom DIY Projects: Ideal for hobbyists looking to create custom devices or enhancements.
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