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Sunday, 8 December 2013

Frosty response from Veterinarians gets warm reception from clients.

Cryotherapy is long recognised as an immensely effective treatment for many epidermal skin lesions.
Neoplastic and benign cutaneous lesions are commonly found in small animals. With the use of laser or electro-surgery the animal has to be sedated  but as cryosurgery is generally recognised as pain free it  allows the surgeon to treat painlessly without sedation or anaesthesia. The reduced need for general anesthesia in older animals, commonly affected with these lesions, certainly is a beneficial choice for both patient and Vet. Being able to perform procedures on unanesthesized animals with the CryoProbe is a big plus, because owners are un-concerned about sedation.
Lower treatment cost is a benefit for the client by avoiding pre-anesthetic workup or anesthesia to add to the procedure price. Most lesions can be treated rapidly on an outpatient basis.It is most commonly used on small lesions but can be used to treat larger growths such as equine sarcoids etc.

Here's how the CryoProbe instruments can benefit you
The CryoProbe's accuracy (to the millimeter) is achieved by pointing the micro-fine jet of cryogen directly towards the lesion. Only minor discomfort is experienced because treatment of healthy tissue is easily avoided. As a result, your patients will now allow you to treat them longer, allowing for deeper freezing and thus a more effective treatment. Time consuming repeat visits will be reduced dramatically.

Cryopen has major advantages over all canister Cryotherapy systems.

greater freezing power at -89°C. Canister type alternatives are only -55°C
n facilitates speed of freezing essential for effective treatment 
n high pressure cryogen jet for deeper penetration 
n innovative concept for easy integration in daily practice 
n only lesions are treated regardless of shape or size

Click the following link for video demonstration

Look after your equipment

Everyone is familiar with the damage weather can do to equipment electronics, in the form of rain and damaging weather conditions such as storms and flooding. However, many people are not aware of the damage potential of other weather effects, such as cold, heat, humidity, wind, lightning and solar radiation.
Electronics do not operate as well under very cold conditions. When electronics are run in very cold environments, device shut-downs, malfunctions and component damage can occur.
Consumer electronics generate heat simply by operating, and most are designed with fans or other cooling systems in order to keep the heat levels down. However, when the device is exposed to other heat sources, such as high temperatures or direct sunlight, the temperature levels can exceed the device's limits, leading to shut-down, malfunctions or component damage. Batteries are particularly susceptible to heat damage. For example, if a cell phone is left in a vehicle, the heat buildup in the vehicle during hot months is enough to significantly shorten the battery's life. Extreme heat can also melt and warp plastic enclosures and cases.
The lower the humidity, the more likely it is that damaging static charges will build up quickly. Static discharges can easily damage electronic components. In addition, very high humidity can lead to condensation within the electronics, which can cause corrosion. Finally, electronic devices which are moved between two different environments (such as an arid storage area and a humid room) should be given time to adjust to the room temperature in order to allow condensation caused by the differences in humidity and temperature to evaporate. Some devices, such as VCR's, will have a humidity sensor that will prevent the device from powering up when dangerous condensation levels are detected.
In and of itself, wind does not present a threat to electronics. However, wind usually carries with it particulate matter, from dust to sand to debris. Dust and sand can cause severe damage to electronics over time, and care should be taken to protect your devices.
When people think of weather that can damage electronics, lightning is often the first element that comes to mind. Lightning causes a great deal of damage to electronics every year, but direct lightning strikes are rare. The usual method for protecting against static discharges (such as but not limited to lightning) is to properly ground your equipment and antennas. While nothing can completely prevent a direct lightning strike, grounding your equipment ensures that static discharges caused by nearby strikes or by static buildup in the atmosphere are directed harmlessly into the ground, rather than through your electronic devices.
Solar Radiation
Solar radiation is a serious problem for the communications industry. Solar activity can garble radio transmissions and fry the electronics on satellites and in antennas. During periods of heightened solar activity, shortwave communications are particularly curtailed, with range being significantly affected for the worse. Solar activity also affects satellite operation, such as those used in global positioning systems, satellite television and radio.

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