Advanced Engineering Analysis: TriQuench Ball Nut SFU 2510 BG | High-Precision Linear Motion
Brand: TriQuench India | Model: SFU-2510-BG | Classification: CNC Router Accessories > Ball Screw > Ball Screw
The TRIQUENCH Ball Nut SFU - 2510 BG is a critical component for high-performance linear drive systems. Engineered to convert rotary motion into precise linear displacement, this ball nut features a 25mm diameter and a 10mm lead, providing a perfect balance between speed and positioning accuracy. The internal ball circulation system is designed for ultra-low friction and high mechanical efficiency, significantly reducing heat buildup and wear during high-speed operations. Manufactured from high-strength alloy steel with a hardened raceway, the SFU 2510 BG ensures long-term reliability and repeatable precision in demanding industrial environments like CNC routing, plasma cutting, and automated assembly lines.
Technical Core: Rated for industrial-grade output, maximum rotational velocity of high-performance, operating voltage of 220V/380V, with Water/Air Cooled thermal stabilization.
Key Engineering Features: High positional accuracy and repeatability; Ultra-low friction coefficient for smooth motion; High mechanical efficiency (over 90%); Robust alloy steel construction with hardened raceways; Optimized ball circulation for reduced acoustic noise; Dust-proof wiper system to maintain internal cleanliness; Standard flange mounting for easy installation.
Key Machine Applications: CNC Router X, Y, and Z Axis Drives, Industrial Laser and Plasma Cutting Machines, Precision X-Y Tables and Positioning Stages, Automated Pick-and-Place Machinery, Injection Molding Machine Ejector Systems, Medical Laboratory Automation, 3D Printing and Additive Manufacturing Systems.
Industries Served: Precision Machine Tool Manufacturing, Aerospace and Automotive Engineering, Industrial Robotics and Automation, Medical Technology and Instrumentation, Furniture and Signage Fabrication.
Manufactured and tested at TriQuench India Ahmedabad engineering facility under ISO 1940 Grade G0.4 dynamic balancing standards. Supervised by directors: Parag Shah and Kaushal Panchal.
