Size:Precision 30 teeth timing pulleys, with 6.35mm bore and 6mm width, perfect for 6mm GT2 timing belts; Package includes 3pcs GT2 pulley, with matching set screws and a hex key
Material:This Pulley Wheel is crafted from high-quality aluminum alloy, lightweight but with a sturdy and rigid structure; Surface anodization treatment enhances corrosion and wear resistance, ensuring long term durability
High Efficiency & Smooth Transmission. The GT2 Timing Pulley features a standardized tooth profile that meshes perfectly with the belt for precise, non-slip transmission, With a transmission efficiency up to 99.5%, no lubrication needed, and operates smoothly with low noise
Easy to Use:Setting up your Pulley Synchronous Wheel is effortless, as each pack includes the necessary set screws and Allen wrench, no complex tools needs, allows quick assembly and disassembly
Application:This GT2 Idler is a vital addition to your 3D Printer Accessories tool kit. It is optimized for linear movement and positioning, making it ideal for 3D printers, CNC routers, laser engravers, milling machines, gear shapers, and various automation or robotics projects
وصف
Product Name: GT2 Timing Belt Pulley
Teeth: 30 Teeth
Bore : 6.35mm
Belt: 6mm
Material: Aluminum Alloy
Color: Silver
Surface: Anodization
Packing Content:
3 x GT2 Timing Belt Pulleys
6 x Set Screws
1 x Hex Key
Product Features
Premium Aluminum Construction: Lightweight and high-strength, anodized surface resists corrosion and wear, ensuring long-term stable performance.
High Precision Transmission: evenly machined teeth mesh tightly with GT2 belts, achieving 98%~99.5% transmission efficiency, no slipping or deviation.
Low Noise & Maintenance-Free: Meshing transmission design operates smoothly with low noise; no lubrication required, reducing maintenance hassle.
Complete Installation Kit: Includes all necessary hardware (set screws + hex wrench) for quick setup, no additional tools needed.
Wide Compatibility: Fits standard GT2 timing belts, compatible with most 3D printers, CNC machines and automation systems