DST-700G Electric Orthopedic Navigation Imaging Operating Table

700G Technical Specifications
Item Number
(Carbon Fiber Material) Bed Dimensions (2350 x 585) ±10mm Backboard Fold Up: 60° ±2° (Electric) Fold Down: 20° ±2° (Electric)
Cover Height (Minimum): (730 ±20) mm Upward Fold: 35° ±5° (Manual)
(Excluding Cushion) Maximum Height: (1030 ±20) mm Leg Fold Down: 90° ±5° (Manual)
Lift Travel (300 ±20) mm (Electric) Upward Fold: 45° ±5° (Manual)
Cover Longitudinal Travel (250 ±20) mm (Electric) Headrest Fold Down: 90° ±2° (Manual) Head and Foot Tilt Angle: Head Tilt: 20° ± 2° (Electric) Foot Tilt: 20° ± 2° (Electric) (Optional) Bed Panel X-ray Attenuation Coefficient ≤ 0.73 mm AL
Left Tilt: 25° ± 2° (Electric) Bed Lock: Electric
Side Tilt Angle: Right Tilt: 25° ± 2° (Electric) AC: 220V 50Hz 300VA
Power Supply (Dual-Purpose)
Net Weight: Approximately 300 kg (Optional) DC: 240V

This operating table utilizes a precision medical-grade micromotor and an electric gear meshing mechanism, replacing traditional hydraulic transmission technology. This eliminates the need for regular hydraulic oil refilling and the risk of oil leaks associated with hydraulic transmissions. The product offers superior rigidity, consistent and stable operation, precise positioning, reliable performance, and durability.

The tabletop is constructed of carbon fiber, featuring a low X-ray absorption coefficient and high-definition fluoroscopic imaging, significantly reducing X-ray radiation exposure to patients and medical staff. The metal-free portion of the tabletop is 1150mm (all carbon fiber), enabling 360° X-ray imaging with 3D and orthopedic navigation systems.

The metal-free, all-carbon fiber headframe, also constructed of carbon fiber, provides high-definition fluoroscopic imaging, fully meeting the requirements for 3D head imaging.

Independent motor power systems drive various movements, including lifting, translation, head-foot tilt, left-right tilt, and backboard angling.

High-precision linear guides ensure smooth operation of the operating table. The base cover is made of ABS engineering plastic with an anti-glare treatment, reducing eye fatigue for medical staff and facilitating cleaning and disinfection. The scientific base design provides ample room for the C-arm and room for the medical staff’s feet during surgery, ensuring the stability and balance of the operating table during various maneuvers.

An optional battery is available (a fully charged battery can provide approximately one week of surgical time, or 50-80 surgeries). A one-touch reset function facilitates post-operative cleaning and disinfection in the operating room, improving work efficiency.