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EGW25CC

EGW25CC

  • EGW25CC
  • EGW25CC

特性

描述 / Description

品牌/系列 Brand/Series

推测为某品牌EG系列的低组装型线性滑轨 / Presumed to be a low-assembly linear guideway from a brand's EG series

型号解读 Model Interpretation

EG: 系列代码;W: 可能指特定滑块类型;25: 滑块宽度为25毫米;CC: 特定精度与预压标识 EG: Series code; W: May indicate a specific slider type; 25: Slider width is 25 mm; CC: Denotes specific accuracy grade and preload

设计特点 Design Features

采用四列钢珠承受负荷的设计,具备高刚性、高负载能力,并能自动补偿安装面的误差,确保运动精度。Utilizes a four-row ball load-bearing design for high rigidity and high load capacity, featuring self-aligning capability to ensure motion accuracy.

核心优势 Core Advantages

低组装高度设计有助于节省设备空间;兼具高精度与高刚性,适用于对空间和性能有要求的自动化领域。The low assembly height design helps save equipment space; it combines high precision with high rigidity, making it suitable for automation applications with demanding space and performance requirements.

主要应用 Primary Applications

数控机床(CNC)、加工中心、工业机器人、精密测量设备等需要高精度直线运动的场景。CNC machine tools, machining centers, industrial robots, precision measuring equipment, and other scenarios requiring high-precision linear motion.


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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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