EndoGrip™ Grasping Forceps
Retrieve with Precision
Rat-tooth alligator jaw design delivers a secure grip to effectively capture foreign objects in the GI tract.
Secure Grip
Designed with a rat-tooth and alligator configuration, the jaws ensure a precise initial grip and maintain a secure hold during retrieval.
360° Rotation
Full rotation allows a GI team to navigate efficiently and precisely to the targeted foreign object with complete control.
Retroflex Ready
Resilient jaw functions in hard-to-reach areas.
Serrated Jaws
Saw-tooth edges ensure a powerful grip on objects of varying sizes and thickness.
Stent Retrieval
Safe and effective GI stent removal.
EndoGrip Grasping Forceps Fact Sheet
| Part No. | Description | Length (cm) | Minimum Working Channel (mm) | Qty/Case |
|---|---|---|---|---|
| 1177-01 | Rat Tooth-Alligator Combo | 230 | 2.8 | 5 |
Delivering Outcomes that Matter
At Diversatek Healthcare, we go beyond providing high-quality devices – we partner with physician offices, ASCs, and hospitals to empower GI professionals to improve patient outcomes. With tailored support, we focus on understanding your unique challenges and goals to help you improve procedural efficiency and achieve clinical success.
Adaptable
Confidently Capture Foreign Bodies
Our rotatable grasping forceps are designed to enhance maneuverability and improve efficiency during foreign body retrieval, including stent removal. The full 1:1 360° rotation allows for precise navigation through the GI tract, optimizing positioning and potentially reducing procedure time.
GI technicians and nurses can easily rotate the forceps with one hand while keeping their other hand grasped firmly on the handle to maintain control. This easy-to-use rotation allows the technician or GI nurse to respond quickly to the doctor's directions and ensure the smooth and safe retrieval of the targeted foreign object.
Retrieve a Foreign Body with a Net
Expand the capabilities of your GI practice with M-Catch® Retrieval Nets featuring durable interwoven netting and responsive actuation.