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Bearings Linear Bearings & Shaft Linear Ball Screw Drive Linear Ball Screw Nut
Quick Code: BB-532844

NND16X10 R N/S WPR CI Ewellix Ball screw nut

£623.36 Was £733.36 exc VAT (£748.03 inc VAT)
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Product Specification
Article type
Nut for a rolled shaf
Inner dimension
16mm
Material
Composite
Number of holes
3
Seal
Brush wipers
Reference
NND16X10 R N/S WPR CI
Additional Reference:
10215440
Brand
Ewellix
Quick Order Code
BB-532844
Product Description

NND16X10 R N/S WPR CI Ewellix Ball Screw Nut

A precision-engineered linear ball screw nut from Ewellix, the NND16X10 R N/S WPR CI is designed to convert rotary motion into smooth, accurate linear motion. This high-performance component features a composite material construction and brush wiper seals, making it ideal for applications requiring reliable linear actuation with effective contamination protection.

Key Specifications:

  • Brand: Ewellix
  • Reference: NND16X10 R N/S WPR CI
  • Article Type: Nut for rolled shaft
  • Inner Diameter: 16mm
  • Material: Composite
  • Number of Mounting Holes: 3
  • Sealing Type: Brush wipers

Features & Benefits:

  • Composite material construction provides durability and reduced weight compared to traditional steel nuts
  • Brush wiper seals offer excellent protection against contaminants, dust, and debris
  • Three mounting holes provide secure, versatile installation options
  • Compact 16mm inner diameter design suitable for precision applications with space constraints
  • Reliable performance in linear motion systems requiring consistent accuracy

Applications:

This ball screw nut is ideal for use in:

  • Precision machine tools and CNC equipment
  • Linear actuators in automated systems
  • Positioning systems requiring high accuracy
  • Industrial automation and handling applications
  • Compact mechanical assemblies where space efficiency is critical

The brush wiper seal design ensures excellent protection while maintaining smooth operation, making this component an excellent choice for demanding industrial environments requiring both precision and reliability.