The FlowCOUPLER System consists of a FlowCOUPLER Device and a FlowCOUPLER Monitor. The FlowCOUPLER Device includes a 20MHz ultrasonic Doppler transducer (probe) attached to one of the FlowCOUPLER rings, and an external lead. The FlowCOUPLER rings are made of high density polyethylene and surgical grade stainless steel pins. A protective cover and jaw assembly protect the rings and probe which allow for easy loading onto the Anastomotic Instrument. Both the protective cover and jaw assembly are disposable.

The FlowCOUPLER System consists of a FlowCOUPLER Device and a FlowCOUPLER Monitor. The FlowCOUPLER Device includes a 20MHz ultrasonic Doppler transducer (probe) attached to one of the FlowCOUPLER rings, and an external lead. The FlowCOUPLER rings are made of high density polyethylene and surgical grade stainless steel pins. A protective cover and jaw assembly protect the rings and probe which allow for easy loading onto the Anastomotic Instrument. Both the protective cover and jaw assembly are disposable.

The FlowCOUPLER System consists of a FlowCOUPLER Device and a FlowCOUPLER Monitor. The FlowCOUPLER Device includes a 20MHz ultrasonic Doppler transducer (probe) attached to one of the FlowCOUPLER rings, and an external lead. The FlowCOUPLER rings are made of high density polyethylene and surgical grade stainless steel pins. A protective cover and jaw assembly protect the rings and probe which allow for easy loading onto the Anastomotic Instrument. Both the protective cover and jaw assembly are disposable.

The FlowCOUPLER System consists of a FlowCOUPLER Device and a FlowCOUPLER Monitor. The FlowCOUPLER Device includes a 20MHz ultrasonic Doppler transducer (probe) attached to one of the FlowCOUPLER rings, and an external lead. The FlowCOUPLER rings are made of high density polyethylene and surgical grade stainless steel pins. A protective cover and jaw assembly protect the rings and probe which allow for easy loading onto the Anastomotic Instrument. Both the protective cover and jaw assembly are disposable.

The FlowCOUPLER System consists of a FlowCOUPLER Device and a FlowCOUPLER Monitor. The FlowCOUPLER Device includes a 20MHz ultrasonic Doppler transducer (probe) attached to one of the FlowCOUPLER rings, and an external lead. The FlowCOUPLER rings are made of high density polyethylene and surgical grade stainless steel pins. A protective cover and jaw assembly protect the rings and probe which allow for easy loading onto the Anastomotic Instrument. Both the protective cover and jaw assembly are disposable.

The FLOW COUPLER Monitor is a pulsed Doppler ultrasound system designed for the detection of blood flow in vessels.

An external lead that joins the FLOW COUPLER probe to the FLOW COUPLER Monitor

GEM FLOW COUPLER Monitor Power supply & cord

The Flow COUPLER Monitor is a pulsed Doppler ultrasound system designed to detect vessel blood flow and confirm vessel patency intra and post-operatively at the anastomotic site as needed up to 7 days.

An insulated electrical cord (one piece) designed to connect the Flow COUPLER Monitor to a mains electricity supply socket. It has four adapters to accommodate voltage specific to the EU, UK, US, and Australia.

The GEM Microvascular Anastomotic COUPLER System consists of a reusable Anastomotic Instrument, two reusable COUPLER Forceps, a reusable Double-Ended Vessel Measuring Gauge, and reusable Microvascular Anastomotic COUPLER Sterilization Tray.

A reusable Instrument designed to hold the GEM COUPLER device and approximate the GEM COUPLER rings during vessel anastomosis

A reusable instrument used to estimate the outside diameter of a blood vessel (1mm - 4mm).

Reusable instrument used to grasp the blood vessel and evert onto the GEM COUPLER rings.

The GEM MicroTray MAX System consists of a reusable Anastomotic Instrument, two reusable COUPLER Forceps, a reusable Double-Ended Vessel Measuring Gauge, two MircoClip Appliers and a single tier MicroTray Sterilization Tray.

The GEM MicroTray MAX System consists of a reusable Anastomotic Instrument, two reusable COUPLER Forceps, a reusable Double-Ended Vessel Measuring Gauge, two MircoClip Appliers and a double tier MicroTray Sterilization Tray.

A highly perforated, reusable, single tier, sterilization tray consisting of an anodized aluminum base and cover with handles and latches and a full finger mat.

A highly perforated, reusable, single tier, sterilization tray consisting of an anodized aluminum base and cover with handles and latches and a full finger mat and instrument holder bar.

A highly perforated, reusable, double tier, sterilization tray consisting of an anodized aluminum base, insert, and cover with handles and latches and full finger mats on both upper and lower tiers.

A highly perforated, reusable, double tier, sterilization tray consisting of an anodized aluminum base, insert, and cover with handles and latches including upper tier full finger mat and lower tier finger mat and instrument holders

A highly perforated, reusable, single tier, sterilization tray consisting of an anodized aluminum base and cover with handles and latches and a full finger mat.

The VESSEL EVERTER System is used with the GEM COUPLER and Flow COUPLER Device to press vessel tissue onto the GEM Flow COUPLER/COUPLER rings, and to measure the vessel, if needed.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Reusable bipolar forceps designed to function as active electrodes or as accessories to active electrodes.

Electrosurgical Cords designed to conduct electrical power from the output of a high frequency generator to a BiPolar instrument.

The NEUROTUBE device Absorbable Woven Polyglycolic Acid Mesh Tube is designed for primary or secondary peripheral nerve repair or reconstruction.

NEUROTUBE is designed for primary or secondary peripheral nerve repair or reconstruction. The NEUROTUBE device is resorbed through the process of hydrolysis.

DERMACLOSE is a continuous external tissue expander for rapid tissue movement to reduce or reapproximate wounds. After initial use, the device does not require added tightening. Depending on the location and size of the wound, one or more DERMACLOSE may be used for hours - days providing tissue expansion. After expansion, remove device and suture or staple the wound closed

DERMACLOSE XL is a continuous external tissue expander for rapid tissue movement to reduce or reapproximate larger wounds. After initial use, the device does not require added tightening. Depending on the location and size of the wound, one or more devices may be used for hours or days. After expansion, remove device and suture or staple the wound closed.

Continuous External Tissue Expander

Continuous External Tissue Expander

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins.

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins.

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins.

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins.

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins.

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins

Microvascular clamps are used for end-to-end anastomotic procedures for arteries and veins