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ViSiGi® LUX is indicated for use in gastric and bariatric surgical procedures for the application of suction, stomach decompression, drainage of gastric fluids, irrigation and to serve as a sizing quide.

VISIGi® LUX is a non-sterile, single patient use device for use in gastric and bariatric surgery. It is used to apply suction, decompress the stomach, drain gastric fluids, irrigate and to serve as a sizing guide. The design is derived from the predicate by addition of battery-powered LED lights. The device comprises a tube with a closed, rounded tip, and holes at the distal end. The proximal end includes a slide valve, integral suction regulator and a battery case. The non-rechargeable batteries power up an array of LEDs enclosed within the distal end of the tube. The purpose of the LED lights is to aid visualization of the tube by tissue transillumination during insertion and surgery under laparoscopic vision. The device is inserted by an anesthesiologist under supervision of the surgeon. The added lights do not change the intended use and are not required for the surgery to proceed safely.

ViSiGi 3D is indicated for use in gastric and bariatric surgical procedures for the application of suction, stomach decompression, drainage of gastric fluids, irrigation, to test for leaks, and to serve as a sizing guide.

VISIG1® 3D is a non-sterile, single patient use device comprises a tube with a closed, rounded tip, and holes at the distal end. The tubes are supplied in three separate diameters: 32 French, 36 French, and 40 French. The proximal end of ViSiGi® 3D includes an integral suction regulator and vented On/Off slide valve. The device is supplied packaged in a sealed, labeled, poly bag. A squeeze bulb with an integral pressure gauge that can connect to the proximal end of the ViSiGi® 3D tube is an optional component compatible with the ViSiGi® 3D.

The Tissue Removal System is indicated for the contained removal of tissue, including contained manual tissue sectioning, during minimally invasive surgical procedures.

The Tissue Removal System is comprised of the Tissue Removal Pouch cleared under K150781 and an additional accessory Sectioning Device. It is provided sterile, and is for single patient use. The Tissue Removal Pouch of the Tissue Removal System includes a bag with a single large opening held open by a thin, opening ring. During laparoscopic surgery, the bag is placed within the peritoneal space via an existing port site. Tissue that has been resected is placed within the bag for isolation, containment and removal from the patient. The bag opening is exteriorized. Two halves of the Tissue Removal Pouch flip ring are attached to each other and to the bag is rolled around the flip ring by inverting the flip ring, in order to draw the resected tissue toward the port site. The resected tissue is then removed en bloc (for smaller specimens), or by first dividing the specimen using the accessory Sectioning Device. The Sectioning Device is comprised of a blunt wire, a flexible passer and a handle with a blunt hook. The passer is used to encircle the specimen with the wire. The handle includes a blunt hook that can be used to aid in the advancement of the passer. The specimen is divided by the manual application of a back and forth motion to the wire. Use of the accessory Sectioning Device permits division of the specimen while maintaining the containment effectiveness of the Tissue Removal Pouch

The Tissue Removal Pouch is indicated for the removal of tissue during surgical procedures and for the containment of tissue during extracorporeal manual morcellation. The Tissue Removal Pouch is contraindicated for laparoscopic power morcellation during gynecologic procedures. The Tissue Removal Pouch is contraindicated for use with powered cutting devices (e.g., power morcellators, electrosurgical and laser instruments), and when, in the judgment of the physician, use of such a device would be contrary to the best interest of the patient.

The Tissue Removal Pouch includes a polymer film bag, a flip ring packaged in two halves, and a guard. It is provided sterile and is for single patient use. The bag has a single large opening held open by a thin, opening ring. During laparoscopic surgery, the bag is placed within the peritoneal space via an existing port site. Tissue that has been resected is placed within the bag for isolation and removal from the patient. The bag opening is then exteriorized. The two halves of the flip ring are attached to each other and to the bag opening. The bag is rolled around the flip ring by inverting the flip ring in order to draw the resected tissue toward the port site. The resected tissue is then removed en bloc (for smaller specimens) or by extracorporeal manual morcellation (for larger specimens). The guard may be used to protect the bag during manual morcellation. The bag is removed following the removal of sufficient tissue to be pulled out through the port site.

The Boehringer Laboratories Gastric Sizing Tube is indicated for use in gastric and bariatric surgical procedures for the application of suction, stomach decompression, drainage of gastric fluids, irrigation and to serve as a sizing guide.

The Boehringer Laboratories Gastric Sizing Tube is a single patient use, non-sterile device which consists of a 76 cm long, thermoplastic elastomer (Styrene-Ethylene-Styrene) tube of either 32 French, 36 French, or 40 French diameter, with a low density polyethylene (LDPE) slide valve-connector at the proximal end of the tube. The tube has multiple holes and a rounded end, distal from the slide valve, and contains a stainless steel support spring inside the lumen of the tube at the distal end. The device is used to decompress the stomach contents, and allow for irrigation via the distal holes. The slide valve is used to switch between open for suction/irrigation and closed/vent. The tube serves as a sizing guide.

The Boehringer Laboratories Suction Pump System is intended for the application of suction (negative pressure) to wounds to promote wound healing and for the removal of fluids, including wound exudate, irrigation fluids, body fluids and infectious materials.

The Boehringer Laboratories Suction Pump System consists of a powered suction pump for the application of suction to wounds and for fluid removal. Disposables for use with the pump include: canister, Tube Attachment Device, Cover and Wound Contact Dressing

The Boehringer Laboratories Suction Pump System is intended for the application of low flow suction for the removal of fluids, including irrigation fluids, body fluids and infectious materials.

The Boehringer Laboratories Suction Pump System consists of a powered suction pump for the application of low flow suction. A rigid disposable canister for the collection of fluids is included as an accessory.

The Boehringer Laboratories, Inc. Pneumatic Ambulatory Compression System (PACS™) is indicated for the application of controlled pressure to the lower extremities in order to prevent blood pooling in the lower venous leg. Pooling of blood in the legs is associated with: venous insufficiency, edema, lymphedema, active venous ulcers, healed venous ulcers, pronounced varicosities and post-thrombotic syndrome. The PACS™ is to be used on the order of a Physician.

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The Autovac TC system is indicated for the continuous collection and infusion of wound drainage from orthopedic procedures such as Total Knee Replacement, Total Hip Replacement and Spinal Fusion. The blood is to be collected via a surgical drain tube placed in the operative site.

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