Surtron Schuco 120 Electrosurgical Unit (LD-S-10100-20)

Description

Schuco 120 Electrosurgical Unit (LD-S-10100-20)

ack Comprises:

Specifikacije
Maks. prekid izlazne snage: 120V, 250 Ohm
Maks. mešavina izlazne snage: 90V, 200 Ohm
Maks. izlazna snaga koaguratora na izlazu: 80V, 150 Ohm
Maks. meka koagulacija na izlazu: 60V, 100 Ohm
Maks. izlazna snaga bipolarna: 40V, 100 Ohm
Radna frekvencija 600khz
Izbor snage: 115-230V AC
Frekvencija mreže 50-60Hz
Ulazna električna snaga: 300 V
Dimenzije: 26cmH k 11cmL k 26.5cmD
Težina: 7kg

• Schuco Surtron 120 Electrosurgical Unit
• Cable for neutral plate disposable / 5365
• Assorted electrodes 5cm, pack of 10
• User manual
• Footswitch
• Power lead 2m
• Reusable handle with finger switches
  
• Steel neutral electrode size 120 x 160mm

Specifications

• Max. output power cut: 120W, 250 Ohm
  
• Max. output power blend: 90W, 200 Ohm
• Max. output power coag forced: 80W, 150 Ohm
• Max. output power coag soft: 60W, 100 Ohm
• Max. output power bipolar: 40W, 100 Ohm
• Working frequency 600khz
• Selectable power: 115-230V AC
• Mains freq 50-60Hz
• Electrical input power: 300 W
• Dimensions: 26cmH x 11cmL x 26.5cmD
• Weight: 7kg

• CUT MODE - the Surtron 120 has the capability to produce a pure cut, where the tissue is dissected similar to, but better than that of a scalpel, without downward pressure, tissue dragging or snagging of the blade. Pure cut will not degrade the tissue so any histopathological samples taken will be easily read.

  BLEND MODE - the Surtron 120 has the capability to combine the pure cut mode and coagulation mode into one setting. This allows the surgeon to operate in a haemostatic field so his surgery site vision is not obscured. The light searing of the peripheral tissues in the blend mode prevents bleeding without being detrimental to any histopathological samples taken and reduces blood loss in all cases.

  FORCED COAGULATION MODE - The Surtron 120 has the capability to produce an altered wave form that creates superficial resistance in the tissues resulting in superficial coagulation, where the tissues are destroyed by hyperevaporation and heating. This give the practitioner the ability to remove surface structures without damaging deeper or peripheral tissues and to cauterise large surface areas quickly when required.