The DS-VI Electric Surgery Table is specifically optimized for modern orthopedic navigation and 3D imaging-guided surgery, with its core focus on achieving “imaging without blind spots." Featuring an extra-long carbon fiber tabletop, a precision German-imported drive system, and dual independent controls, it delivers unparalleled imaging compatibility, positioning accuracy, and operational reliability for complex procedures in surgery, orthopedics, neurosurgery, and beyond.

1. Precision Imported Drive Core: Utilizes imported German micro motors (Brand: Dunkermotor) combined with an electric gear engagement mechanism, delivering smooth, precise, and reliable power output to meet the positioning demands of various delicate surgeries.

2. Exceptional Imaging Compatibility: The tabletop is entirely made of carbon fiber, with a critical metal-free section length of ≥1150mm. This design ensures 360° unobstructed X-ray imaging for 3D scans and orthopedic navigation procedures, completely eliminating blind spots.

3. Robust Industrial-Grade Structure: The main frame is constructed from high-strength cold-rolled steel and welded using advanced fully automated robotic welding technology, ensuring uniform and solid weld quality for a sturdy load-bearing foundation.

4. Eco-Friendly & Safe Surface Finish: The table surface is treated with an eco-friendly electrostatic powder coating process using imported environmentally friendly powder applied in one pass. The coating is not only aesthetically pleasing and durable but also features antibacterial properties, meeting the high hygiene standards of modern operating rooms.

5. Dual-Redundant Safety Control System: Equipped with two completely independent electronic control systems: a wired controller and a backup control panel integrated into the table body. The systems operate independently, ensuring the table continues to function safely and reliably even if the primary control fails.

6. Comprehensive Electric Positioning: Supports electric anterior/posterior tilt, lateral tilt, and backrest articulation, providing surgeons with flexible and precise intraoperative positioning capability.