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SCR Copper Sleeve Aluminum Slider Extended

SCR Copper Sleeve Aluminum Slider Extended

  • SCR Copper Sleeve Aluminum Slider Extended

The SCR Copper Sleeve Aluminum Slider Extended is a specialized variant of the standard SCR linear guide series. Its name highlights three key design features:


Copper Sleeve: A copper alloy bushing or wear sleeve is integrated into the slider, providing enhanced wear resistance, reduced friction, and improved heat dissipation compared to standard designs.

Aluminum Slider: The main body of the slider is constructed from aluminum alloy, keeping the unit lightweight and corrosion-resistant.

Extended: The slider has an extended length, which increases the load-bearing span. This results in higher moment load capacity (resistance to tilting and twisting forces) and greater overall stability, making it suitable for applications with long overhangs or high stability requirements.

This configuration is engineered for demanding applications where longevity, smooth operation, and exceptional stability under heavy or complex loads are critical.


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Why choose MEM German brand bearings?

Stable operation, high speed and low noise High temperature forging with high precision density
Pressure resistant and wear-resistant waterproof and rust proof Long service life and cost savings
Premium imported bearing steel material Exquisite workmanship, smooth surface

Appearance of bearings Clear engraving

P4 level bearing surface is smooth and flat Clear and neat engraving of model and brand
Appearance of bearings Clear engraving

High quality material selection Compressive and wear-resistant

The material has high hardness and strong wear resistance . Maintain good toughness and strong impact resistance
High quality material selection Compressive and wear-resistant

High load resistance Widely applicable

MEM bearings compared to domestic bearings High load resistance and adaptability to high demand situations
High load resistance Widely applicable

Increase efficiency reduce costs

Coor dinate with machinery to improve its performance Operating efficiency with lower bearing noise
Increase efficiency reduce costs
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