Neoprene is a synthetic material that is best known for its application in making wet suits used by surfers and divers to stay warm. It is highly sought after for its thermal properties, as it helps to trap the body heat of the wearer, which in turn Increases core body temperature. The heat generating property makes neoprene the ideal material to use for creating a sauna suit, as we have done at Kutting Weight. Neoprene is highly flexible and durable so it will stretch and move with the body through any type of workout and will not rip or tear like the conventional plastic sauna suits do. Our Kutting Weight clothing is created with a unique, newly improved SweatTech Neoprene boasting a higher level of flexiblity and softer texture than regular neoprene and is finished with a smooth layer of lycra.
Kutting Weight sauna suit clothing has been scientifically proven to contribute to a significantly increased metabolism (20.8%) and to faciliate greater weight loss (40.4%) when compared to exercise performed under similar conditions with no sauna suit clothing.
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Unique, Signature Fabric
Our unique SweatTech Neoprene boasts a higher level of flexibility and softer texture than regular neoprene and is finished with a smooth layer of lycra.
Adds comfort and allows breathability without losing the body heat essential to maximize sweat end enhance calorie burning.
Our clothing bridges the gap between fitness and fashion, offering the most stylish designs in the industry.
Designed by former Division 1 Wrestling Champion
Our clothing contributes to a significantly increased metabolism (20.8%) and facilitates greater weight loss (40.4%) when comared to exercise without it.
Triple reinforced stitching for superior durablity and long term use.
Our signature neoprene offers a comfortable, snug fit with several products including a convenient see zipper.
Variety of Sizes
Available in a wide variety of sizes ranging from XS to 6XL.
ACUTE BENEFITS OF EXERCISE WITH THE KUTTING WEIGHT SAUNA SUIT REPORTLance C. Dalleck, PhD High Altitude Exercise Physiology Program Western State Colorado University Gunnison, CO Brief background and rationale for study:
Scientific research has demonstrated a general dose-response relationship between energy expenditure and multiple health outcomes, including cardiorespiratory fitness, risk of coronary artery disease and all-cause mortality, type 2 diabetes, and obesity. The overall energy expenditure from exercise consists of both the energy expenditure during exercise itself and an increased caloric expenditure above resting metabolic rate that persists into the recovery period. The elevated post-exercise energy expenditure is a phenomenon known as excess post-exercise oxygen consumption (a.k.a., EPOC). Given that EPOC contributes approximately 10% to overall exercise energy expenditure it's an important parameter to account for when designing and evaluating the effectiveness of training programs. Numerous mechanisms are known to contribute to the magnitude of EPOC, including increased body temperature. Wearing a Kutting Weight® sauna suit has been purported to assist fitness enthusiasts with `heating up the core so that individuals can effectively lose water weight and bum more calories'. However, research to quantify these specific benefits is currently lacking. Therefore, Dr. Lance Dalleck and his team at Western State Colorado University performed a study to examine the potential health and fitness benefits of exercise with the Kutting Weight® sauna suit. It was hypothesized that exercise with a Kutting Weight® sauna suit would elicit significant increases in metabolism and thus result in a significant weight loss post-exercise.
- Physically active (N= 12) men were recruited and initially performed a maximal exercise test on a cycle ergometer to determine individual VO2max and ventilatory threshold (VT) values
- Each individual performed 4 different exercise trials in randomized order on a cycle ergometer: 2omin vigorous-intensity (at VT) trials: control and with Kutting Weight sauna suit 3omin moderate-intensity (55-59% heart rate reserve - HRR) trials: control and Kutting Weight sauna suit
- Each trial consisted of the following: 3omin rest (to measure resting metabolic rate), exercise (i.e., 4 exercise trials), ihr rest (to measure EPOC)
- Standardized pre-test instructions were provided and potential confounders were strictly accounted for: testing done same time of day in the morning under controlled environmental laboratory conditions participants were well-hydrated, refrained from caffeine, and avoided exercise prior to each exercise trial
- Participants arrived fasted for testing and were provided a chocolate milk beverage before each trial
- No water was permitted throughout the test and following exercise
- Weight was measured pre-exercise, post-exercise, and ihr post-exercise
- Caloric expenditure was quantified via a portable metabolic analyzer
The results:Exercise energy expenditure results
There were significant differences (p < 0.05) in the exercise energy expenditure when individuals exercised with the Kutting Weight sauna suit when compared to the control condition (Figure 1). In the moderate-intensity exercise trial there was a 13.1% greater caloric expenditure with the Kutting Weight sauna suit vs. control condition. Similarly, in the vigorous-intensity exercise trial there was a 10.3% greater caloric expenditure with the Kutting Weight sauna suit vs. control condition. These differences existed despite the fact that individuals maintained the same relative intensities for both moderate-intensity (55-59% HRR) trials and vigorous-intensity (VT) trials during Kutting Weight sauna suit and control conditions.
Figure 1Metabolic results
There was a significant increase (p < 0.05) in metabolism, as evidenced by a greater EPOC, when individuals exercised with the Kutting Weight sauna suit when compared to the control condition (Figure 2). In the moderate- intensity exercise trial condition there was a 22.3% greater EPOC with the Kutting Weight sauna suit vs. control condition. Likewise, in the vigorous-intensity exercise trial condition there was a 19.3% greater EPOC with the Kutting Weight sauna suit vs. control condition.
Figure 2Weight loss results
There were significantly greater reductions (p < 0.05) in post-exercise weight loss values when individuals exercised with the Kutting Weight sauna suit when compared to the control conditions (Figure 3). In the moderate- intensity exercise trial there was a 33.7% greater decrease in post-exercise weight loss values with the Kutting Weight sauna suit vs. control condition. Similarly, in the vigorous-intensity exercise trial there was a 47.1% greater decrease in post-exercise weight loss values with the Kutting Weight sauna suit vs. control condition.
Figure 3Practical applications:
The most important finding of this study is that it provides scientific evidence to support the notion that exercise with a Kutting Weight® sauna suit contributes to a significantly increased metabolism (20.8%*) and facilitates greater weight loss (40.4%*) when compared to exercise performed under similar conditions with no suit.
If we project the current findings long-term in which an individual regularly performed a weekly standard exercise routine, consisting of 2 sessions of vigorous-intensity exercise combined with 3 sessions of moderate-intensity exercise, the following outcomes could be anticipated if a Kutting Weight® sauna suit was worn:
- Each week there would be ~2lbs more weight loss
- Each month there would be 1,000 more calories burned
- Each year 12,000 more calories would be burned, which equates to ~4lbs of fat mass
In addition to being more effective, exercise while wearing a Kutting Weight sauna suit also proved to be safe. There were 48 total exercise sessions that spanned both moderate- and vigorous-intensity exercise conditions. There were no adverse events reported and all physiological responses remained within normal ranges.
Overall, the Kutting Weight® sauna suit provides fitness enthusiasts with a viable and safe alternative to assist individuals with their weight loss efforts and also contribute to long-term energy balance (i.e., weight maintenance).
*combined moderate-intensity and vigorous-intensity exercise data.