Aluminum GT2 36 Teeth 8mm Bore Synchronous Wheel Idler Pulley

The Aluminum GT2 36 Teeth 8mm Bore Synchronous Wheel Idler Pulley is a high-quality component used in 3D printers, CNC machines, and other linear motion systems. It features precision machining, motor-grade bearings, and compatibility with 6mm width timing belts.
Availability: 17 in stock
SKU: C-05-06
Old price: 90.37 EGP
90.39 EGP
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The Aluminum GT2 36 Teeth 8mm Bore Synchronous Wheel Idler Pulley is an essential part of various motion systems, particularly in the field of 3D printing and CNC machining. Let’s delve into the details:

  1. Model and Teeth Type:

    • The pulley is designed with 36 teeth, which ensures precise synchronization with the GT2 timing belt.
    • Its model specifically caters to the GT2 timing system, a popular choice for linear motion applications due to its accuracy and reliability.
  2. Bore Diameter:

    • The pulley has an 8mm bore diameter, allowing it to fit onto an 8mm shaft or rod.
    • This bore size ensures a secure fit and minimizes any play during operation.
  3. Material and Surface Treatment:

    • The pulley is constructed from high-quality aluminum alloy.
    • It undergoes surface oxidation treatment, which enhances its durability, corrosion resistance, and overall lifespan.
  4. Precision Machining:

    • The teeth and grooves on the pulley are precisely machined.
    • This precision ensures smooth engagement with the timing belt, reducing backlash and maintaining accurate motion.
  5. Bearing Design:

    • The pulley incorporates motor-grade bearings on both sides.
    • These bearings contribute to smooth rotation, reduced friction, and improved positioning accuracy.
    • The use of quality bearings minimizes wear and tear, resulting in consistent performance over time.
  6. Compatibility:

    • The Aluminum GT2 36 Teeth Idler Pulley is compatible with GT2 timing belts that have a width of 6mm.
    • It is commonly used in 3D printers for guiding the timing belt, ensuring proper tension and reliable motion.
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