RSB Overseas

Cryolipolysis is marketed as a non-invasive alternative to liposuction. It claims to use extremely low temperatures kill the fat cells - without damaging the skin above. Dead cells are apparently then removed naturally through the liver.
Do you want to get rid of those stubborn fat pockets, but get goose bumps with the mere thought of going under the knife? If yes, Cryolipolysis is the best non-surgical method to fulfill your cause. Also popular with the patented name of “Cool Sculpting”, this treatment involves controlled freezing of the patient’s body to cool the fatty tissues. Excess cooling turns them to crystals, and the body then decomposes these fat cells naturally.
Due to the non-invasive nature, almost anyone willing to reduce excess fat may opt for this treatment. Still, the potential candidates for Cryolipolysis:
• Are not obese and within 2-3 kgs of their ideal body weight
• Have soft and pinch able fat area beneath their skin
• Would never like top opt for invasive surgery due to fears
• Are overweight but in good health
• Are leading a healthy lifestyle
• Are not having blood thinners
• Do not have any psychological affect with respect to cold temperatures
Here is the procedure to perform this nonsurgical fat reduction treatment:
• A surgeon or cool sculpting specialist performs the treatment with a handheld device. The equipment consists of applicators that resemble very much to that of vacuum cleaner nozzles.
• The expert does thorough assessment of the shape and size of the fatty area that needs treatment.
• He chooses the applicator of a suitable size and curvature accordingly.
• The Cryolipolysis specialist then marks the targeted area to place the applicator.
• Next, he places gel pad to safeguard the skin from the cooling effect.
• Through the applicator, he imparts controlled cooling to concerned fatty area.

Nowadays, non-invasive body sculpting equipment is becoming more and more popular. We want to gain more muscle and reduce excess fat around to make the body more perfect. We can increase physical activity and control diet, However, it is difficult to achieve without a reasonable method, and the period to obtain the effect is relatively long.EMS Emsculpt Machine uses high-intensity pulse-focused magnetic field vibration technology to continuously expand and contract muscles. The energy pulse of treatment every 30 minutes can stimulate muscles up to 20,000 strong contractions, with a depth of 8-10cm, helping fat cells to metabolize quickly. Strong decomposition, accompanied by muscle strengthening, while burning fat for the body, can also increase the beauty of muscle lines.Below I will review the equipment ADSS offers for body sculpting.
What is EMS EMSCULPT machine？
EMSCULPT is the first device to build muscle and sculpt your body. Through the high intensity electromagnetic therapy procedure one can enlarge current muscles, as well as grow new muscle fibers. The Emsculpt procedure is currently FDA cleared to treat your abdominals, buttocks, arms, calves and thighs. 
Emsculpt machine - better known as a muscle-building and fat-reducing machine
Emsculpt machine is an FDA-approved body sculpting device. It adopts high-intensity focused magnetic vibration (HIFEM) technology, which can act on the abdomen, legs, buttocks, arms and other parts of the body to stimulate muscle tissue and induce continuous muscle contraction and expansion. And increase muscle density, while burning surrounding fat, to achieve the effect of increasing muscle and reducing fat.
the world's only patented HIFEM electromagnetic technology
EM Bella stimulates motor neurons to control the pelvic floor muscles every 28 minutes, causing the pelvic floor muscles to produce repeated hyper-contraction movements, promoting collagen regeneration, effectively improving the pelvic floor muscles, and regulating various postpartum problems. Specifically, it has the following functions:
1. Promote postpartum repair.
2. Prevention and treatment of urinary frequency, urgency, stress urinary incontinence.
3. Increase lubricity, improve sexual function and sensitivity.
4. Restore vaginal muscle tone and change vaginal health.
 
5. Increase the blood flow and nerve function of the pelvic floor.
Four-handles EM-Contouring Machine
Upgraded Four-handle EM-Contouring Machine uses the newest HIFEM technology to release high-intensity focused electromagnetic energy through four large treatment handles to penetrate the muscles, and induce continuous expansion and contraction of muscles to achieve high-frequency extreme training, to deepen the growth of myofibrils and promote muscle enlargement within a few weeks.
 
Four handles can work together at the same time. The energy is powerful, which is enough for the different body part treatment, such as abdomen, arms, hips, legs, etc. The operating heads only need to be placed on the treatment part of the client, and it can be reinforced with a dedicated band, without the need for a beautician to operate the machine, which is extremely convenient and simple. Therefore, Upgraded Four-handle EM-Contouring Machine can strengthen and increase muscles while achieving the effect of reducing fat.

Cryolipolysis, commonly referred to as "CoolSculpting" by patients, uses cold temperature to break down fat cells. The fat cells are particularly susceptible to the effects of cold, unlike other types of cells. While the fat cells freeze, the skin and other structures are spared from injury.

This is one of the most popular nonsurgical fat reduction treatments, with over 450,000 procedures performed worldwide.

Patients who wish to reduce a localized fat bulge that has persisted despite diet and exercise may be interested in cryolipolysis.

Patients with cold-related conditions, like cryoglobulinemia, cold urticaris and paroxysmal cold hemoglobulinuria should not have cryolipolysis. Patients with loose skin or poor tone may not be suitable candidates for the procedure.

The goal of cryolipolysis is to reduce the volume of fat in a fatty bulge. Some patients may opt to have more than one area treated or to retreat an area more than once.

This procedure is done without anesthesia.

After an assessment of the dimensions and shape of the fatty bulge to be treated, an applicator of the appropriate size and curvature is chosen. The area of concern is marked to identify the site for applicator placement. A gel pad is placed to protect the skin. The applicator is applied and the bulge is vacuumed into the hollow of the applicator. The temperature inside the applicator drops, and as it does so, the area numbs. Patients sometimes experience discomfort from the vacuum's pull on their tissue, but this resolves within minutes, once the area is numb.

Patients typically watch TV, use their smart phone or read during the procedure. After the hour-long treatment, the vacuum turns off, the applicator is removed and the area is massaged, which may improve the final results.

The complication rate is low and the satisfaction rate is high. There is a risk of surface irregularities and asymmetry. Patients may not get the result they'd hoped for. Rarely, in less than 1 percent, patients may have paradoxical fat hyperplasia, which is an unexpected increase in the number of fat cells. This is three times more likely in men than in women and is seen more in those of Hispanic or Latino descent.

There are no activity restrictions. Patients sometimes feel sore, as if they had worked out. Rarely do patients experience pain. If that happens the patient should contact the plastic surgeon, who may prescribe medication for a few days.

The injured fat cells are gradually eliminated by the body over 4 to 6 months. During that time the fatty bulge decreases in size, with an average fat reduction of about 20 percent.

Cryolipolysis, commonly referred to as "CoolSculpting" by patients, uses cold temperature to break down fat cells. The fat cells are particularly susceptible to the effects of cold, unlike other types of cells. While the fat cells freeze, the skin and other structures are spared from injury.

This is one of the most popular nonsurgical fat reduction treatments, with over 450,000 procedures performed worldwide.

Patients who wish to reduce a localized fat bulge that has persisted despite diet and exercise may be interested in cryolipolysis.

Patients with cold-related conditions, like cryoglobulinemia, cold urticaris and paroxysmal cold hemoglobulinuria should not have cryolipolysis. Patients with loose skin or poor tone may not be suitable candidates for the procedure.

The goal of cryolipolysis is to reduce the volume of fat in a fatty bulge. Some patients may opt to have more than one area treated or to retreat an area more than once.

This procedure is done without anesthesia.

After an assessment of the dimensions and shape of the fatty bulge to be treated, an applicator of the appropriate size and curvature is chosen. The area of concern is marked to identify the site for applicator placement. A gel pad is placed to protect the skin. The applicator is applied and the bulge is vacuumed into the hollow of the applicator. The temperature inside the applicator drops, and as it does so, the area numbs. Patients sometimes experience discomfort from the vacuum's pull on their tissue, but this resolves within minutes, once the area is numb.

Patients typically watch TV, use their smart phone or read during the procedure. After the hour-long treatment, the vacuum turns off, the applicator is removed and the area is massaged, which may improve the final results.

The complication rate is low and the satisfaction rate is high. There is a risk of surface irregularities and asymmetry. Patients may not get the result they'd hoped for. Rarely, in less than 1 percent, patients may have paradoxical fat hyperplasia, which is an unexpected increase in the number of fat cells. This is three times more likely in men than in women and is seen more in those of Hispanic or Latino descent.

There are no activity restrictions. Patients sometimes feel sore, as if they had worked out. Rarely do patients experience pain. If that happens the patient should contact the plastic surgeon, who may prescribe medication for a few days.

The injured fat cells are gradually eliminated by the body over 4 to 6 months. During that time the fatty bulge decreases in size, with an average fat reduction of about 20 percent.

Body slimming, 40k Cavitation, Rf skin tightening, lipo laser for slimming
Cryolipolysis treatmentCryolipolysis is marketed as a non-invasive alternative to liposuction. It claims to use extremely low temperatures kill the fat cells - without damaging the skin above. Dead cells are apparently then removed naturally through the liver.

After an assessment of the dimensions and shape of the fatty bulge to be treated, an applicator of the appropriate size and curvature is chosen. The area of concern is marked to identify the site for applicator placement. A gel pad is placed to protect the skin. The applicator is applied and the bulge is vacuumed into the hollow of the applicator. The temperature inside the applicator drops, and as it does so, the area numbs. Patients sometimes experience discomfort from the vacuum's pull on their tissue, but this resolves within minutes, once the area is numb.

Patients typically watch TV, use their smart phone or read during the procedure. After the hour-long treatment, the vacuum turns off, the applicator is removed and the area is massaged, which may improve the final results.

Velashape is very fast slimming equipment, this is non surgical and non aesthetics. Prob type :- 40 k Cavitation, Big vaccum rolar prob, Small vaccum rolar prob, vaccum rf laser prob. Infrared light (ir) heat and superficially. Bio polar radio frequency heat tissue up to 20mm in depth. Vaccum technology Ensures precise delivery of energy. Mechanical manipulation improves lymphatic drainage and cellulite smoothing.

Your body composition refers to what percentage of your body is made of fat and muscle, among other components. 
 
While stepping on a scale or determining your body mass index (BMI) are often the go-to ways to try and get a numerical sense of your health, they don’t really tell you much. In fact, the CDC actually says that BMI is not a good tool for accurately determining someone’s body fat, or to assess overall health. This is because BMI doesn’t take into consideration the different components that make up your individual body. Plus, while fat and muscle can weigh the same, muscle is much more dense.
 
On the other hand, a body composition analysis is a method of measuring exactly how your whole body is composed. This includes what percentage of your body is made up of fat and muscle, as well as your unique composition of minerals, protein, and water. This type of testing is a much more targeted and accurate measure of your weight and composition than many other approaches.

Body composition is the term used in the fitness and health community to refer to the percentage of fat, water, bone, muscle, skin, and other lean tissues that make up the body. 

While checking your weight on the scale can be helpful for seeing your total weight, it doesn’t tell you the composition of your body.

Typically, people break body composition into two groups: fat mass and fat-free mass. Fat mass is the amount of body fat. Fat-free mass is all the lean tissues in your body like muscles, organs, bone, water, etc. 

It is used in body slimming, skin tightening.

A picosecond (ps) is a unit of time that equals one trillionth of a second, or 1,000 nanoseconds. This length of time can be applied to processing and data transfer speeds or other types of high-speed operations in modern computing and technology.
The term picosecond has generated controversy among IT professionals who point out that because of some inherent limitations to processing and data transfer speed, even the operations of highly sophisticated supercomputers are not likely to reach a picoseconds benchmark, but are best measured in nanoseconds.
To put this in perspective, at the speed of light, an impulse travels just under 30 cm in one nanosecond. That makes it extremely unlikely that even data transfer operations served by the most modern kinds of connections can happen in picoseconds in the near future.
Developers and others also have pointed out that above the nanosecond range, it becomes extremely difficult to measure operations with many existing hardware setups. At the same time, some researchers have reported picosecond-range speeds for some types of processors and other emerging technologies.