- Stable Surgical Field – Clinically proven to stop patient sliding in steep Trendelenburg, helping maintain the intended surgical position throughout the case.
- Robotic Procedure Safety – During robotic surgery, patient slippage with fixed trocars can create serious risk. TrenGuard supports stable positioning for minimally invasive and robotic procedures.
- Patient Positioning Versatility – Secures patients from 90 lb to 550 lb in steep Trendelenburg up to 40 degrees, with Wedge Packs available for patients with a less-defined cervical curve or BMI over 30.
- Procedure Efficiency – Equipment setup and patient positioning can be completed in less than three minutes, with the ability to reposition the patient easily.
- Robotic Arm Clearance – Low-profile sleds minimize interference and prevent clashing with robotic arms, while supporting access for the bedside assistant.
- Surgical Access – Low-profile sleds support maximum surgical access while securing the patient’s arms at the side.
- Patient-Specific Positioning – Width-adjustable sleds and Width Extender pads accommodate a broad range of patient sizes, including bariatric patients, without arm compression.
- Lateral Tilt Support – Rail-Mounted ArmGuard sleds aid in supporting patients in lateral tilt up to 15 degrees for colorectal and other procedures.
- Surgical Instrument Access – Provides a convenient instrument surface while protecting the patient’s face and airway.
- Robotic and Laparoscopic Workflow – The Dual-Angle Tray was designed for conventional laparoscopic and robotic surgery, providing a flat working surface in both supine and Trendelenburg positions.
- Flexible OR Setup – The width-adjustable frame fits surgical table models, while the tray can slide forward and back to accommodate the preferred setup.
- Rapid Access When Needed – The adjustable sliding tray can be quickly removed when immediate access is required.
Bring Our Family of Products to Your OR
The result is a more stable, predictable surgical environment that supports precision and efficiency