Skin Closure

MAXON synthetic absorbable sutures are prepared from polyglyconate, a copolymer of glycolic acid and trimethylene carbonate. The advanced extrusion process of the molecule of polyglyconate gives the suture: Excellent in-vivo strength retention: Excel

MAXON synthetic absorbable sutures are prepared from polyglyconate, a copolymer of glycolic acid and trimethylene carbonate. The advanced extrusion process of the molecule of polyglyconate gives the suture: Excellent in-vivo strength retention: Excel

MAXON synthetic absorbable sutures are prepared from polyglyconate, a copolymer of glycolic acid and trimethylene carbonate. The advanced extrusion process of the molecule of polyglyconate gives the suture: Excellent in-vivo strength retention: Excel

MAXON synthetic absorbable sutures are prepared from polyglyconate, a copolymer of glycolic acid and trimethylene carbonate. The advanced extrusion process of the molecule of polyglyconate gives the suture: Excellent in-vivo strength retention: Excel

MAXON synthetic absorbable sutures are prepared from polyglyconate, a copolymer of glycolic acid and trimethylene carbonate. The advanced extrusion process of the molecule of polyglyconate gives the suture: Excellent in-vivo strength retention: Excel

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

The single use stapler places one staple each time the instrument handle is squeezed. The staple first penetrates the skin and is then formed, thus holding the tissue together.

Stapler is designed for introduction and use through all appropriately sized trocar sleeves or larger sized trocar sleeves with the use of a converter. The size of the staples is determined by the selection of the 4mm or the 4.