13Pcs POM V Slot Gantry Wheels With 625ZZ Bearings

Upgrade your 3D printer or CNC machine with this high-quality 13-piece POM V Slot Roller Wheel Set. Designed for smooth, accurate and quiet movement, these solid gantry wheels feature durable POM construction with precision double-shielded bearings for reliable long-term performance.

Ideal for replacing worn wheels or building custom motion systems, these rollers provide excellent wear resistance and low rolling resistance for improved printing accuracy and machine efficiency.

Key Features

Complete set of 13 high-quality V Slot roller wheels

Durable POM construction for long-lasting performance

Precision double-shielded bearings for smooth operation

Low friction design reduces vibration and noise

High wear resistance for extended service life

Smooth rolling improves printing and machining accuracy

Suitable for high-speed linear motion systems

Easy to install and replace

Ideal for maintenance, repairs and DIY machine builds

Designed for reliable, consistent performance

Perfect For

• 3D Printers
• CNC Routers
• Laser Engravers
• Laser Cutters
• Camera Sliders
• Plasma Cutters
• Robotics Projects
• Automation Equipment
• DIY Machines
• Furniture Sliding Systems

Package Includes

• 13 × POM V Slot Roller Wheels with Bearings

Item Specifics

• Brand: Unbranded
• Type: V Slot Roller Wheel
• Material: POM & Steel
• Bearing Type: Double Shielded Ball Bearing
• Bearing Material: Chrome Steel
• Colour: Black
• Quantity: 13 Pieces
• Outer Diameter: 24 mm
• Inner Diameter: 5 mm
• Width: 10 mm
• Wheel Profile: V Slot
• Features: Low Noise, Wear Resistant, Smooth Running
• Suitable For: 3D Printers, CNC Machines & DIY Projects
• Condition: New

Why Choose These V Slot Wheels?

These precision-engineered gantry wheels deliver smooth and stable motion while minimising vibration and operating noise. The durable POM material provides excellent wear resistance, while the high-quality double-shielded bearings ensure long-lasting, reliable performance.

Perfect for replacing worn components, improving print quality, upgrading CNC machines or building custom linear motion systems.