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Wear Resistant Aluminum CNC Turned Lathe Spindle Drive Pulley
Introduction:
Our Wear Resistant Aluminum CNC Turned Lathe Spindle Drive Pulley
is a sophisticated and high - performance component specifically
engineered for lathe machinery. Through the integration of advanced
CNC turning technology and superior wear-resistant aluminum
material, it provides an optimal solution for power transmission in
lathe operations.
Technical Specifications:
Parameter | Specification |
---|---|
Material Hardness | 85-92 HB (core) |
Anodized Thickness | 30-50μm |
Dimensional Tolerance | DIN ISO 2768-mK |
Maximum RPM | 10,000 (balanced) |
Torque Capacity | 200 Nm (dynamic) |
Material Excellence:
1. Wear Resistance: The pulley is made from specialized wear - resistant aluminum
alloy. This material significantly reduces wear and tear during
high-speed rotations and heavy-load operations, extending the
pulley's service life.
2. Lightweight Property: Despite its durability, the aluminum construction keeps the pulley
lightweight. This helps in reducing the rotational inertia of the
lathe spindle, enabling quicker acceleration and deceleration, and
improving overall machine efficiency.
3. Corrosion Resistance: The aluminum alloy is treated to resist corrosion, protecting the
pulley from environmental factors like humidity and coolant
exposure in the machining workshop. This ensures consistent
performance over time.
Performance in Lathe Operation:
1. Power Transmission: This pulley efficiently transmits power from the drive motor to
the lathe spindle. Its design and construction ensure minimal power
loss, maintaining the spindle's rotational speed and torque
requirements.
2. Vibration Damping: The pulley's structure and material properties contribute to
vibration damping. This is crucial for maintaining the precision of
machining operations, as reduced vibrations lead to better surface
finish and dimensional accuracy of the workpieces.
3. Reliable Operation: With its wear-resistant material and precise CNC-turned
construction, the pulley offers reliable operation even under
continuous and heavy-duty use. It reduces the frequency of
replacements and maintenance, enhancing the lathe's productivity.
CNC Turning Precision:
1. Tolerance Control: Utilizing state-of-the-art CNC turning
technology, we can achieve extremely tight tolerances in the
manufacturing of this pulley. Every dimension, from the outer
diameter to the groove depth and the alignment of the mounting
holes, is precisely controlled within narrow limits. This precision
ensures a perfect fit with the lathe spindle and the drive belt,
eliminating any potential for slippage or misalignment that could
compromise power transmission efficiency.
2. Smooth Surface Finish: The CNC turning process results in a
smooth and consistent surface finish on the pulley. A smooth
surface not only reduces friction between the pulley and the belt
but also minimizes noise generation during operation. This
contributes to a quieter and more stable working environment for
the lathe operator.
3. Complex Geometric Machining: Our advanced CNC turning
capabilities enable the machining of complex geometries on the
pulley. Specialized groove profiles and flange designs can be
precisely crafted to optimize belt engagement and power transfer.
These intricate geometries are tailored to meet the specific
requirements of different lathe applications, ensuring maximum
performance and reliability.
Why Consider Us?
1. No mold fees for aluminum profiles – We cover these costs to reduce your expenses.
2. No welding fixture charges – Another way we help you save.
3. Combining different Producing Technology – Outsource Aluminium Profile, Shaped Metal, Metal Casting materials and MIM materials, then CNC machining to lower the unit price.
4. One-Stop Factory – Our factory, certified with ISO9001 and IATF16949, offers one-stop services including laser cutting, bending, stamping, CNC machining, sheet metal working, welding and assembling, ensuring stable quality control.