No surgical incision closure necessary
Improved cosmesis
Unique tip closure design to minimize damage of tissue
| Access and instrumentation in one. | |||
| MiniLap Instruments are a family of ultra-thin, disposable graspers and electrosurgical probes designed to be used for percutaneous access in a wide variety of laparoscopic procedures. |
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| Increase efficiency: Built-in insertion needles can save time when entering the abdominal cavity. | Retain insufflation pressure: Cutting-edge technology designed to retain insufflation pressure. | ||
| Improve cosmesis: No need for additional incisions and entry ports, such as surgical incision closures. | Reduce trocars: The percutaneous 13 gauge device reduces the number of trocars. | ||
MiniLap Alligator GrasperThis grasper features aggressive jaws that are designed to grab and retract tissue such as the gallbladder, muscle or fascia or specimen tissue. MiniLap Clutch GrasperThis minimally traumatic device has a set of softened interlocking tines that can help to grasp and retract tissue such as a stomach, esophagus, duodenum, appendix or ovary. MiniLap Bowel GrasperThis grasper is an atraumatic device with slight serrations to grasp and retract sensitive tissue such as the bowel or bladder. MiniLap Babcock GrasperThis atraumatic device is designed to secure and retract vascular or infundibular structures. |
MiniLap Hook Probe MiniLap Straight Spatula Probe MiniLap Curved Spatula Probe MiniLap Conical Probe |
Grasper |
Electrosurgical Probe (MiniPolar) |
| The stainless steel instrumentation tip and stabilizing pivot disk in these graspers provide strength to control entry depth and secure, retract, and manipulate soft tissue and organs-with a unique tip closer that minimizes damage to tissue. | These monopolar electrosurgical probes are used to cut and/or coagulate soft tissue during general endoscopic procedures-enabling direct penetration of soft tissue without the need for a traditional insertion conduit. | |||
Grasper Features |
Probe Features |
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No surgical incision closure necessary
Improved cosmesis
Unique tip closure design to minimize damage of tissue
No surgical incision closure necessary
Access and instrumentation in one
Ease of use
No reprocessing or capital costs
Entry-depth control through retention and pivot disc
Retention of abdominal pressure