Product Picture CW Enlargement-Caiman® 5 Maryland
Aesculap Article Picture (Media Manager)-MAIN PICTURE PL750SU PL770SU
Product Picture CW Enlargement-Caiman® 5
Product Picture CW Enlargement-Caiman® 5
Product Picture CW Enlargement-Caiman® 5 Maryland
Product Picture CW Enlargement-Caiman® 5 Maryland
Product Picture CW Enlargement-Caiman® 5 Maryland
Aesculap Article Picture (Media Manager)-MAIN PICTURE PL750SU PL770SU

Caiman® 5 Maryland
Patented jaw mechanism

Caiman® 5 Maryland features a unique jaw design, providing uniform compression, resulting in one seal confidence. Caiman® 12.5 cm, 17 cm, 36 cm and 44 cm shaft is used for a variety of laparoscopic and open surgical applications.

Caiman® 5 Maryland features a jaw engineered like no other. The lower jaw hinge causes the tip of the instrument to close first – capturing tissue and preventing slippage. This unique design then allows the upper and lower jaws to compress tissue in parallel, creating even compression forces distal to proximal.

 

Maryland jaw design


The fine curved Maryland jaw design allows increased dissection performance and enhanced tip visualization.

 

12.5 cm, 17 cm, 36 cm and 44 cm working length


Caiman® 5 Maryland is designed for a variety of laparoscopic and open surgical applications.

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Caiman® 5 Maryland features a unique jaw design, providing uniform compression, resulting in one seal confidence. Caiman® 12.5 cm, 17 cm, 36 cm and 44 cm shaft is used for a variety of laparoscopic and open surgical applications.

Caiman® 5 Maryland features a jaw engineered like no other. The lower jaw hinge causes the tip of the instrument to close first – capturing tissue and preventing slippage. This unique design then allows the upper and lower jaws to compress tissue in parallel, creating even compression forces distal to proximal.

 

Maryland jaw design


The fine curved Maryland jaw design allows increased dissection performance and enhanced tip visualization.

 

12.5 cm, 17 cm, 36 cm and 44 cm working length


Caiman® 5 Maryland is designed for a variety of laparoscopic and open surgical applications.