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Ultrasonic Instruments

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We manufacture according to European Standards<br />

and label therefore our devices with the CE-sign.<br />

Reusable <strong>Ultrasonic</strong> <strong>Instruments</strong><br />

Technical Data<br />

Technical changes reserved.<br />

Söring GmbH<br />

Medizintechnik<br />

Justus-von-Liebig-Ring 2<br />

D-25451 Quickborn<br />

Tel.: + 49 (0) 4106-6100-0<br />

Fax: + 49 (0) 4106-6100-10<br />

eMail: info@soering.com<br />

www.soering.com<br />

Sonoca ® -<strong>Instruments</strong><br />

Short <strong>Ultrasonic</strong> Hook<br />

Length 170 mm · 55 kHz<br />

Art. No. 96-K11<br />

Long <strong>Ultrasonic</strong> Hook<br />

Length 300 mm · 55 kHz<br />

Art. No. 96-K10<br />

Short <strong>Ultrasonic</strong> Scissors<br />

Length 170 mm · 55 kHz<br />

Art. No. 96-K02<br />

Long <strong>Ultrasonic</strong> Scissors<br />

Length 300 mm · 55 kHz<br />

Art. No. 96-K01<br />

Selective SM short angled<br />

<strong>Ultrasonic</strong> handpiece<br />

Length 65 mm · 25 kHz<br />

Art. No. 94-106<br />

Selective SM laparoscopic<br />

<strong>Ultrasonic</strong> handpiece<br />

Length 300 mm · 25 kHz<br />

Art. No. 94-004<br />

SONOCA ® 400, SONOCA ® 300<br />

May be used with selective<br />

handpieces: 25/35/55 kHz<br />

SONOCA ® 400: Art. No. 16-000<br />

SONOCA ® 300: Art. No. 15-000<br />

Söring Inc.<br />

Fax: + 1 817 457 2201<br />

eMail: soring-usa@soering.com<br />

Fort Worth, TX<br />

USA<br />

Soering Ltd.<br />

Fax: + 44 196 2733917<br />

eMail: soring-uk@soering.com<br />

Winchester, Hampshire<br />

Great Britain<br />

Söring PM<br />

eMail: soring-rus@soering.com<br />

St. Petersburg<br />

Russia<br />

03 - 888/ 06-04/ 2000 / CG<br />

Cut and<br />

coagulate with<br />

Ultrasound<br />

U L T R A S O N I C I N S T R U M E N T S


Physical-technical and medical basics of <strong>Ultrasonic</strong> Surgery<br />

Indications with<br />

Sonoca ® -<strong>Ultrasonic</strong>-<br />

<strong>Instruments</strong><br />

Although the indications listed below<br />

do not cover the range of potential<br />

applications of the Sonoca ® ultrasonic<br />

instruments, they do show the<br />

potential applications of ultrasonic<br />

instruments are greatly extended by<br />

surgeons and natural scientists in cooperation<br />

with Söring:<br />

Surgery<br />

• Cholecystectomy<br />

• Laparoscopic sigma resection<br />

• Fundoplication<br />

• Adhesiolysis<br />

• Laparoscopic rectum resection<br />

• Hernia<br />

• Partial liver resection<br />

• Hemorrhoidical tissue<br />

Gynaecology<br />

• Tumour resection<br />

• Adhesiolysis<br />

• Laparoscopic ovarectomy<br />

• Myoma extirpation<br />

• Cyst extirpation<br />

• Myoma/polyp resection<br />

• Hysteroectomy<br />

Urology<br />

• Prostataectomy<br />

<strong>Ultrasonic</strong>-Hook Application<br />

Introduction<br />

Via a piezo ceramic system in the handpiece, the microprocessor-controlled<br />

generator converts electric energy into mechanic energy.<br />

The blades located on the distal instrument tip perform an axial oscillation<br />

at frequency of 55 kHz. The deflection reaches ranges between 10<br />

and 100 micrometers. Power adjustment to the ultrasound instruments<br />

is available in four presets or continuously on the generator.<br />

Providing different functions the Söring ultrasonic instrument system<br />

provides these effects:<br />

Cavitation: Cavitation requires a high degree of colloidal water contents<br />

in the tissue. When the cavitation threshold of ca. 30mW/mm 2 is exceeded,<br />

cavity bubbles imploding due to the high vacuum and transferring<br />

their kinetic energy as a pressure shock to the immediate environment<br />

are formed in the parenchymatous tissue.<br />

Coagulation: Energy applied to the instrument tip for a longer period<br />

of time causes a temperature rise, which results in a denaturation and<br />

coagulation. Temperatures of up to 200° Celsius can be reached.<br />

Cutting: By applying additional tension or pressure the oscillations of<br />

the distal instrument tip result in the grasped tissue´s elasticity limit being<br />

exceeded and thus cuts.<br />

Benefits of ultrasound technology<br />

• No formation of smoke to obstruct view<br />

• Precise cutting depth and dosage<br />

• Limited lateral tissue damage<br />

• No carbonization, almost complete denaturation;<br />

temperature higher than 65° Celsius, but less than 200° Celsius<br />

• Full protection against burns<br />

• No neuromuscular stimulation<br />

• Pure ultrasonic energy<br />

• No electricity to body<br />

Operating the Söring US-Scissors and US-Hook<br />

Ease of set-up to manipulate the cutting and coagulation effects:<br />

• Double foot switch<br />

red=100 % / black=set value, (e.g. 50%)<br />

• The duration the tissue remains on the ultrasonic knife<br />

(see right insert 1)<br />

• The mechanic tension exerted on the tissue (see right insert 2)<br />

• User adjustable US power<br />

Exerting tension on the tissue held by the ultrasonic knife can attain a<br />

cutting effect only! To cut, keep the tissue under pressure with the<br />

scissors jaw.<br />

• For fast cutting, limited coagulation<br />

use 100% ultrasound with tension and strong pressure<br />

• For delayed cutting with maximum coagulation<br />

use 50% ultrasound, only limited tension and slight pressure<br />

A coagulation effect can be attained by exerting light pressure, but no<br />

tension on the tissue held by the ultrasonic knife.<br />

• Good coagulaton with ca. 40 to 60% power switched on<br />

with the black foot switch.<br />

• You can increase the coagulation effect by rotating the ultrasonic<br />

instruments to the right and to the left (with the tissue held by the<br />

ultrasonic knife).<br />

Note: Coagulation occurs by means of the thermal effect only. Because<br />

of the mechanic energy/activity the oscillating ultrasonic knife tip generates<br />

heat. This heat causes a tissue denaturation (temperature over 65° -<br />

~200° Celsius). The oscillating ultrasonic knife (55 kHz) is blocked when<br />

the moving scissors jaws exert pressure on the grasped tissue.<br />

An incidental delayed cutting effect cannot be avoided.<br />

Economical and thrifty<br />

Cutting effect<br />

Apply strong pressure<br />

to hold the tissue,<br />

then switch on<br />

ultrasound and exert<br />

tension on the tissue.<br />

Setting: 100% ><br />

red footswitch pedal, or lower power<br />

setting with the black footswitch<br />

pedal.<br />

Coagulation effect<br />

Apply light pressure to<br />

hold the tissue, then<br />

switch on ultrasound<br />

but do no exert<br />

tension on the tissue.<br />

This results in a thermal<br />

effect on the tissue.<br />

Setting: 40-60% > black footswitch<br />

pedal. When coagulation is visible, you<br />

can revert to the cutting effect to cut<br />

the tissue.<br />

MIS<br />

Selective* LUD-25 kHz handpiece;<br />

may be used in combination with long<br />

US-Scissors and long US-Hook.<br />

• Cholecystectomy<br />

• Adhesiotomy<br />

<strong>Ultrasonic</strong>-Scissors Applications<br />

Sonoca-190<br />

Art.No. S190-000<br />

Standard device<br />

for <strong>Ultrasonic</strong>-Scissors<br />

and <strong>Ultrasonic</strong>-Hook<br />

Long-term costs:<br />

120.000,00<br />

100.000,00<br />

80.000,00<br />

Söring<br />

Competition<br />

• Laparoscopic Sigmoidectomy<br />

• Cholecystectomy<br />

• Fundoplication<br />

60.000,00<br />

40.000,00<br />

20.000,00<br />

0,00<br />

2004 2005 2006 2007 2008<br />

Open use<br />

Selective* 25 kHz handpiece; may be<br />

used in combination with short US-<br />

Scissors and short US-Hook.<br />

*only usable with SONOCA ® 400/SONOCA ® 300

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