BARD Ventralight™ ST Mesh
Uncoated lightweight monofilament polypropylene mesh on the anterior side with an absorbable hydrogel barrier based on Sepra® Technology on the posterior for laparoscopic ventral hernia repair.
BARD Ventrio™ ST Hernia Patch
Self-expanding uncoated monofilament polypropylene patch with SorbaFlex™ Memory Technology and an absorbable barrier based on Sepra® Technology.
BFW™ Light Sources
Since xenon’s advent in surgery during the late 1980s many 300-watt xenon light sources presented problems during time-consuming cases. BFW has perfected the 300-watt xenon light source.
The Maxenon™ Xi300 is so bright many surgeons turn it down – confidently knowing they have higher gears to shift into when the going gets tough. More important are the benchmark features such as a true Hot Start and the technologically advanced fan built into the 300-watt xenon system that prevent failed start ups and overheating. The result is dependable, extreme white xenon light through the longest and most difficult cases. BFW’s signature five-port rotating turret enables use with ACMI, Wolf, Storz, Olympus and BFW cables making Maxenon™ Xi300 the most versatile xenon light source in its class.
Well-suited for hospital operating rooms or outpatient surgery centres, the Maxenon™ PowerPlus will drastically improve headlight intensity beyond expectation. Innovative PowerPlus technology affords a degree of brilliance you will be amazed to see in a 180-watt xenon light source.
The signature five-port rotating turret enables use with ACMI, Wolf, Storz, Olympus and BFW cables making Maxenon™ PowerPlus the most versatile xenon light source in its class.
BFW™ Surgical Headlights
Comfort is a given with BFW's High Beam TriLens fiberoptic headlight. Incomparably, it provides a clear and remarkably brilliant 11.5 cm spot at a 40 cm working distance – the largest in its class.
To achieve this unequalled performance in a surgical headlight, BFW crafts its optics with three of the finest Mag-Fluoride coated lenses and a German-engineered iris. The optic crown is moulded with DuPont Minlon®, one of the preeminent heat resistant materials known today. Minlon® is lightweight and ensures safety and durability when using xenon light.
The 4.75 mm fiberoptic cable holds 9,000 glass strands sheathed in our new ultra light BFW™ BLUE Opaque sheath, affording a lower profile than cables with half the light delivering capability.
Choose BFW's form-fitted, sturdy and dual-adjustable Classic headband or the soft Breath-O-Prene® Sport headband. Both offer unmatched comfort, performance, safety and durability.
BFW™ The Ambrose Light™
The Ambrose Light™
A powerful, dependable, brilliant and clear featherweight portable LED headlight System.
BFW™ The Montauk Light™
The Montauk Light™
A powerful, brilliant, clear and dependable portable LED headlight system.
Cook® Biodesign® 4-Layer Tissue Graft
For implantation to reinforce soft tissue
Cook® Biodesign® 8-Layer Hernia Graft
Used for implantation to reinforce soft tissue where weakness exists. Indications for use include repair of a hernia or body wall defest
Cook® Biodesign® Anal Fistula Plug
Biodesign Anal Fistula Plug is revolutionising the treatment of anal fistulas. A minimally invasive, natural solution for anal fistula repair, the Biodesign AFP plug provides an innovative yet simple treatment for a notoriously difficult condition. Traditionally, surgical intervention is required for anal fistula repair and may lead to post-operative incontinence. With the Biodesign AFP plug, the fistula tract is repaired without cutting the sphincter muscle.
Cook® Biodesign® Fistula Plug Set
A rolled configuration used for implantation to reinforce soft tissue for repair of anorectal fistulas.
– Biodesign® Fistula Plug (0.6 x 9.5 cm)
– Fistula Brush
– 2.0 Coated PGA suture (70cm) on a UR-6 needle (5/8 circle, taper point, 27 mm)
– 0 Silk suture (45cm)
– Irrigation catheter (5 Fr, 6 cm)
– Luer lock syringe
Cook® Biodesign® Hiatal Hernia Graft
Restore strength and function
For complete and natural hiatal hernia repair, look no further than the Biodesign Hiatal Hernia Graft.
The graft is a scaffold that restores the crura'a strength and function and is not prone to the erosion into the oesophagus that synthetic mesh can cause. Following placement, Biodesign communicates with the tissue around it, signalling the body to restore itself.
When finished, it leaves behind healthy tissue that is strong enough to function normally