News
75000rpm High-Speed UBE Drill Handle | Stryker π Drive Compatible | EndoTronic
2026-07-29
Chengdu EndoTronic Technology Co., Ltd. launches its independently developed high-speed UBE drill handle, a premium surgical power instrument specially engineered for unilateral biportal endoscopic (UBE) minimally invasive spine surgery. Designed to meet the high-precision, high-stability, and high-compatibility requirements of modern spine minimally invasive procedures, the new UBE surgical drill delivers reliable, cost-effective, and noise-free power performance for orthopedic endoscopic surgery.
As a professional UBE surgical device with full independent intellectual property rights, the EndoTronic high-speed UBE drill handle effectively solves the compatibility limitations of traditional imported spine surgical instruments. It serves as an ideal alternative solution for hospital minimally invasive spine equipment upgrading, helping medical institutions break reliance on imported orthopedic power devices while maintaining identical clinical compatibility and operational stability.
One of the core advantages of this UBE high-speed drill handle lies in its excellent universal compatibility. Equipped with a standard Stryker π Drive compatible interface, the device supports direct assembly and use of original Stryker surgical accessories. Meanwhile, it features perfect adaptive compatibility with EndoTronic’s self-developed CORE power host system. Hospitals do not need to replace existing mainstream equipment or conduct additional structural modifications, greatly lowering equipment iteration costs, shortening clinical adaptation cycles, and improving the utilization rate of existing medical equipment.
Featuring industry-leading power performance, the UBE high-speed drill handle reaches a maximum rotational speed of 75,000 rpm, achieving stable, uniform, and jitter-free high-power output throughout long-duration endoscopic surgeries. Adopting an optimized internal noise reduction structure, the equipment maintains ultra-low noise operation during clinical use, avoiding surgical vision interference and operating room environmental noise pollution caused by traditional high-speed drills. With precise and efficient bone grinding and cutting capabilities, the instrument significantly optimizes core surgical procedures including bone trimming, spinal decompression, and intervertebral shaping, effectively reducing overall operation time and improving surgical accuracy.
Widely validated in clinical applications, the EndoTronic UBE high-speed drill handle has gained outstanding market reputation and global user recognition, fully applicable to both routine and complex UBE minimally invasive spine surgeries. When matched with the company’s complete supporting surgical solutions — including professional power host, customized UBE surgical accessories, high-precision surgical drill burrs, and intelligent foot switch — it forms a fully integrated, closed-loop minimally invasive spine power system.
Tailored for the minimally invasive characteristics of dual-channel endoscopic spine surgery, the integrated UBE power system assists spine surgeons in completing precise and complex surgical operations such as spinal canal decompression, hyperosteogeny removal, and intervertebral space shaping. The refined surgical design minimizes trauma to paravertebral muscles and surrounding soft tissues, reduces intraoperative blood loss, lowers the incidence of postoperative complications, speeds up patient postoperative recovery, and shortens hospital stay. The entire system greatly upgrades clinical surgical efficiency, improves patient treatment outcomes, and promotes standardized and refined development of minimally invasive spine surgery.
EndoTronic focuses on independent R&D and innovation of high-performance orthopedic minimally invasive medical devices. By delivering high-compatibility, high-stability, and cost-effective domestically developed surgical instruments, the company provides reliable replacement solutions for imported spine surgical equipment, continuously empowering the high-quality development of global minimally invasive spine medical services.