when there is sufficient contact between the patient and the return electrodeto preventpatient burns

® Technology | Electrosurgery Safety Monopolar laparoscopic instruments have an inherent problem with their design ; they are prone to insulation failure and capacitive couplingcausingpatient burns

Non - AEM Laparoscopic Instruments Monopolar laparoscopic instruments have an inherent problem with their design ; they are prone to insulation failure and capacitive couplingcausingpatient burns

Technology | AEM ® Burn Protection vs. Other Technologies Monopolar laparoscopic instruments have an inherent problem with their design ; they are prone to insulation failure and capacitive couplingcausingpatient burns

to provide self - limiting propertiesto preventpatient burns

the lead loopsmay causepatient burns

the contact area between the patient and the electrode ... sufficientto preventpatient burns

what techniques are usedto preventpatient burns during electrosurgery

The founders of Encision recognized that traditional monopolar laparoscopic instruments have an inherent design flaw ; they are prone to insulation failure and capacitive couplingcausingpatient burns

a wealth of aviation and OR lightscausingpatient burns

the amount of contact area between the patient and the electrosurgical return electrode ... sufficientto preventpatient burns

a patented “ Freeze- Detect " technologycan preventpatient burns

By actively adjusting the operating frequency , the control loop maintains any chosen heating profile at the electrode - patient contact surfacethereby preventingpatient burns

Therefore , when the present invention is used with plastic cannulas , instrument connectors 70 need only be applied to the laparoscope 38 , the grasper 42 and any other inserted instrumentsto preventpatient burns

Is a ligating clip applier used to rapidly occlude vessels and other tubular structures B. Contains shears that allow you to cut in between coagulated tissue C. Requires a grounding pad and adequate patient contactto preventpatient burns D.

Sensors or electrodes trapped under defibrillator pads or paddles during defibrillation or sensors or electrodes in contact with high frequency electrosurgical equipmentcan causepatient burns

The pulsed Radiofrequency fields ... in turncan causepatient burns

Cable leads or electrodes trapped under defibrillator pads or paddles during defibrillation or electrodes in contact with high frequency electrosurgical equipmentcan causepatient burns

scanning with the nitro pad onmay causepatient burns

Light source cords , which attach to certain endoscopescan causepatient burns

adaptedto preventpatient burns

the improper application of plaster of Paris splintscausingburns to patient

Electrosurgical Active Electrodes Failure to Secure Electrosurgical Unit Active - Electrode Pencils Between Uses(passive) Caused by28-Dec-2018 Patient Burns

electric dental handpieces(passive) caused bypatient burns

performing monopolar electrosurgical procedures in a safe and effective mannerpreventingpatient burns

edge effectsmay causepatient burns

Rotary surgical handpiecescan causepatient burns

® Burn Protection vs. Other TechnologiesMonopolar laparoscopic instruments have an inherent problem with their design ; they are prone to insulation failure and capacitive couplingcausingpatient burns

the firm ’s LightSheer Desire device(passive) caused bypatient burns

either air - cooling the instruments or immersion in sterile liquid ( e.g. , saline(passive) may be prevented byPatient burns

Any implanted device containing metal such as a pin , plate , screw , or artificial heart valve , to name a fewcan causepatient burns

electrical leakscould causepatient burns

dried - out electrodes with the help of top - fill ports(passive) caused bypatient burns

the physical mechanismcan causepatient burns

either air - cooling the instruments or immersion in sterile liquid ( eg . saline(passive) may be prevented bypatient burns

eddy currents in the bodymay causeburns in the patient

overheated airmay causepatient burns

that is useful in an electrosurgical unitto preventpatient burns

the contact area ... sufficientto preventpatient burns

The secondary arcing that could occur during defibrillationcould causepatient burns