Bearings
Linear Bearings & Shaft
Linear Ball Screw Drive
Linear Ball Screw Nut
Quick Code: BB-532860
NX32X10 R N/S WPR SI Ewellix Ball screw nut
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Product Specification
Article type
Nut for a rolled shaf
Flange type
Square ball screw nut without flange
Inner dimension
32mm
Material
Steel
Seal
Brush wipers
Reference
NX32X10 R N/S WPR SI
Additional Reference:
10215458
Brand
Ewellix
Quick Order Code
BB-532860
Product Description
The NX32X10 R N/S WPR SI Ewellix Ball screw nut is a precision-engineered linear motion component designed to convert rotary motion into smooth, accurate linear movement. This high-performance nut is ideal for applications requiring reliable positioning and repeatability in machine tools, industrial automation, and precision manufacturing equipment.
Key Specifications:
- Brand: Ewellix
- Article Type: Nut for rolled shaft
- Inner Diameter: 32mm
- Flange Type: Square ball screw nut without flange
- Material: Steel
- Seal Type: Brush wipers for effective contamination protection
Features & Benefits:
- Square flange design without external protrusions for compact integration and space-efficient installation
- Brush wiper seals provide effective protection against contamination, dust, and debris
- Steel construction offers exceptional durability and load-bearing capacity for demanding industrial environments
- Optimized 32mm bore size delivers precise linear motion conversion for mid-range applications
- Robust design ensures consistent performance and extended service life
- Ewellix quality engineering guarantees reliable repeatability and accuracy
Ideal Applications:
This ball screw nut is well-suited for use in:
- CNC machine tools and automation equipment
- Automated assembly systems and linear actuators
- Precision positioning equipment
- Industrial manufacturing machinery where reliable linear motion and accurate positioning are essential
- Applications requiring compact mounting with maximum performance
The steel construction combined with brush wiper seals provides reliable protection against contaminants while delivering the precision performance your application demands.

