Description
SHAC SFUR 4005 Ball Screw Threaded Rod
The SHAC SFUR 4005 is a precision ball screw threaded rod for the largest CNC, automation, and positioning systems. It has a 40 mm diameter and 5 mm lead, ideal for extra-heavy-duty axes that need maximum thrust and smooth, efficient motion. SHAC is manufactured in China but its machining quality and running performance are comparable to Taiwanese ball screws, clearly above basic Chinese products. Abdul Traders is the exclusive national distributor of SHAC in Pakistan, so genuine SFUR 4005 threaded rods are only imported and supplied through us.
Key Features
Maximum-capacity SHAC ball screw threaded rod with 40 mm diameter and 5 mm lead, designed for the heaviest loads on the largest industrial axes. The SFUR 4005 provides smooth, low-friction motion with exceptional thrust capacity. Compared with ordinary Chinese ball screws, SHAC offers better accuracy, smoother running, and longer life, making the modest price premium easy to justify for critical heavy equipment.
Technical Specifications
SFUR 4005 SHAC is a precision-ground ball screw threaded rod with 40 mm nominal diameter and 5 mm lead. It pairs with SFUR 4005 ball nuts to form a complete ball screw assembly. The rod is hardened and ground for accuracy and durability. When combined with original SHAC SFUR 4005 ball nuts and end supports, it forms a precise ball screw system for the heaviest CNC and automation equipment in Pakistan.
Industrial Applications
Used on extra-large CNC routers, heavy machining centres, industrial gantry systems, the most demanding automation stages, and positioning equipment that require SFUR 4005 ball screws. Favoured by OEMs and industrial retrofitters in Lahore, Karachi, Faisalabad, and other cities who want Taiwan-level SHAC quality supplied by Abdul Traders.
Contact Information
WhatsApp: +86 183 0611 5059
Phone: 042-37653390 | 042-37651231
Website: abdultraders.pk
Choose genuine SHAC SFUR 4005 ball screw threaded rods from Abdul Traders, exclusive SHAC distributor in Pakistan.
