8mm - 2.5mm Stainless Steel Eccentric Spacer For 3D Printer

8mm - 2.5mm Stainless Steel Eccentric Spacer For 3D Printer Specification

Features
Adjustable, Durable, Rust Resistant

Outer Diameter
8mm

Finish
Smooth/Polished

Size
8mm outer diameter x 2.5mm height

Corrosion Resistant
Yes

Cross Dimension
8mm OD x 5mm ID

Width
8mm

Material
Stainless Steel

Fabrication Process
CNC Machined

Diameter
8mm outer, 5mm inner

Thickness
2.5mm

Temper
Annealed

Length
2.5mm

Usage & Applications
Precision spacing for 3D printer V-slot wheel assemblies

Material Grade
AISI 304

Product Type
Eccentric Spacer

Shape
Cylindrical

Strength
High Tensile

Hardness
Rockwell B80-90

Alloy
Yes

Grade
304 Stainless Steel

Surface Treatment
Polished

Dimension (L*W*H)
8mm x 5mm x 2.5mm

Color
Silver

Tolerance
0.05mm

Operating Temperature
Up to 400C

Compatibility
Fits standard V-slot profile extrusion wheels and 8mm bolts

Lead Free
Yes

Eco-Friendly
Yes

Packing Type
Bulk or Individual Bag

Inner Diameter
5mm

Installation
Press-fit or slide-in design

Weight
Approx. 2g per piece

8mm - 2.5mm Stainless Steel Eccentric Spacer For 3D Printer Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About 8mm - 2.5mm Stainless Steel Eccentric Spacer For 3D Printer

Unleash the sizzling innovation of our 8mm - 2.5mm Stainless Steel Eccentric Spacer, expertly crafted for cost-effective, world-class performance in 3D printer assemblies. Precision CNC machined from magnificent AISI 304 stainless steel, this ultimate spacer features a polished, smooth surface and high tensile strength. Engineered to endure up to 400C, it offers outstanding corrosion and rust resistance. The adjustable, press-fit or slide-in design fits standard V-slot profiles and 8mm bolts, delivering eco-friendly, lead-free, and reliable spacing for any project. Enjoy value, durability, and dependability for commercial and personal use alike.

Exceptional Features and Versatile Applications

This magnificent stainless steel eccentric spacer boasts precise dimensions of 8mm outer diameter and 2.5mm height, perfectly suited for 3D printer V-slot wheel assemblies. Its high tensile strength and polished, rust-resistant surface ensure ultimate durability under demanding commercial or general conditions. Ideal for accurate spacing in mechanical setups, it excels in both industrial and hobbyist projects, offering world-class reliability and performance across varied uses.

Sample Availability and Supply Advantages

We offer sample availability so you can evaluate the supreme quality of our product before large-scale ordering. Our robust supply ability supports both domestic and international markets at highly competitive rates. Sample policies allow for flexible testing, ensuring value-driven procurement. With transparent list prices and adaptable delivery options, we're dedicated exporters, manufacturers, and suppliers in India, catering efficiently to your commercial and retail needs.

FAQ's of 8mm - 2.5mm Stainless Steel Eccentric Spacer For 3D Printer:

Q: How can the 8mm - 2.5mm Stainless Steel Eccentric Spacer be installed?

A: The spacer can be effortlessly press-fitted or slid into place, fitting standard V-slot extrusion wheels and 8mm bolts for quick and secure assembly.

Q: What are the primary benefits of using this eccentric spacer in 3D printers?

A: It ensures precise spacing, exceptional durability, and a smooth, corrosion-resistant finish, enhancing the longevity and performance of your 3D printer assemblies.

Q: Where is this stainless steel eccentric spacer most commonly used?

A: This spacer is widely used in precision spacing for V-slot wheel assemblies in 3D printers, but also finds utility in various commercial mechanical setups.

Q: What is the process to request a sample and what is the supply policy?

A: Samples are available upon request, with flexible sample policies allowing you to test the product quality first. Large-scale supply is supported at competitive domestic and international rates.

Q: When should you consider replacing your current spacers with these?

A: Whenever you require higher precision, better corrosion resistance, or improved durability in your 3D printing or mechanical applications, upgrading to these world-class spacers is recommended.

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