Body Shaping & Sculpturing Technologies

High Intensity Focused Electromagnetic (HIFEM) Energy

has garnered attention in the field of aesthetics due to its unique ability to simultaneously build muscle and reduce fat.

The science behind it:

  1. What Is HIFEM?
    • HIFEM stands for High Intensity Focused Electromagnetic Energy.
    • Unlike other non-invasive fat reduction methods, HIFEM targets skeletal muscle rather than smooth muscle.
    • It induces supramaximal contractions—contractions that are more intense than what an individual can achieve through voluntary exercise.
    • When applied to specific areas (such as the abdomen), it causes simultaneous contractions in multiple muscle groups, including the rectus abdominis, transverse abdominis, and obliques.
  2. Clinical Evidence:
    • VeroFigaro, a range of devices utilizing HIFEM & Cryolipoly technology, has undergone rigorous research.
    • A series of five trials have been conducted, including studies using traditional measurements (pictures and tape measure), ultrasound measurements, CT measurements, and animal studies.
    • The results have been remarkable:
      • Fat resorption and a decrease in measured abdominal circumference were observed.
      • Muscle hypertrophy (growth) occurred simultaneously.
      • This combination of fat reduction and muscle toning is groundbreaking in aesthetics.
  3. Expert Opinions:
    • Dr. Brian Kinney, a Beverly Hills plastic surgeon, about HIFEM led some of the clinical research. He found the results gratifying.
    • Dr. Bruce Katz, Director of Juva Skin & Laser Center in New York City, emphasized the innovation of HIFEM. It not only reduces fat but also tones and tightens muscles.
    • Dr. Carolyn Jacob, a Chicago dermatologist, highlighted how HIFEM effectively targets even hard-to-reach muscles, such as those affected by diastasis recti post-pregnancy.

In summary, HIFEM technology offers a paradigm shift by providing both fat reduction and muscle enhancement—a powerful combination for achieving a trim, toned, and fit appearance1.

Electro Muscle Stimulation (EMS),

also known as neuromuscular electrical stimulation  (NMES) or electromyostimulation, is a fitness protocol that uses electrical impulses to stimulate and contract muscles. Let’s delve into the details:

  1. Efficiency and Intensity:
    • During an EMS session, you wear specialized undergarments and a suit that’s doused in water. Arm and leg straps complete the ensemble.
    • The trainer controls various dials to deliver impulses to specific muscle groups.
    • In just 20 minutes, EMS can work approximately 98% of your muscles, resulting in around 54,000 muscle contractions—far more than what you’d achieve during a typical gym workout.
    • It’s like getting the benefits of a 90-minute HIIT class in a fraction of the time12.
  2. Targeted Training and Recovery:

In summary, EMS can be a valuable addition to your fitness routine, especially if you’re looking for targeted muscle engagement and efficient workouts. However, like any fitness method, consistency and proper guidance are key to maximizing its benefits.

Can EMS Really Help You Build Muscle? Let’s Find Out!

Discover how to effectively use EMS for muscle building and recovery. Learn to integrate EMS with workouts, target muscles, and ensure safe training.

Are you tired of spending hours in the gym trying to build muscle with little results? Ever wondered if there’s a shortcut to achieving your muscle-building goals? Enter EMS, or electrical muscle stimulation. This technology has gained popularity in the fitness world, with claims of helping to build muscle faster and more efficiently.
But can EMS really deliver on these promises? Let’s take a closer look at the science behind EMS and whether it can truly help you build muscle.

What is EMS and How Does It Work?

EMS, short for electrical muscle stimulation, uses electrical impulses to make muscles contract, like exercise. EMS devices have electrodes and are placed on the skin over specific muscles. They send electrical impulses to prompt muscle contractions, leading to strengthening and growth. When combined with regular exercise, EMS can help build muscles. However, it’s not a substitute for traditional strength training.

Does EMS Work for Building Muscle?

Using EMS for building muscle can have benefits such as increased muscle strength, improved muscle tone, and enhanced muscle recovery.

Research from various sources demonstrates that EMS (Electrical Muscle Stimulation) can be effective for muscle building. A study found that EMS, when combined with dynamic weight training, enhances muscle strength more than weight training alone. Another research indicated that EMS can lead to improvements in muscle strength and physical fitness. Additionally, EMS has been shown to be beneficial in preventing muscle atrophy and promoting muscle growth. These findings suggest that while EMS is not a substitute for traditional exercise, it can significantly supplement and enhance muscle building and strength training programs.

Fitness experts and sports scientists generally agree that EMS can be effective for building muscle when used with traditional resistance training. They emphasize that it should not be the only method for muscle development. Additionally, more research is needed to fully understand the long-term effects and optimal use of EMS for muscle building.

However, there are drawbacks and limitations to consider. These include the potential for muscle fatigue and the need for proper supervision and training to avoid injury.

The Pros and Cons of EMS Training

Benefits of Using EMS for Muscle Building

Using EMS for muscle building has several benefits, including increased muscle strength, improved muscular endurance, and enhanced muscle recovery.

  • EMS training can help build muscles by stimulating muscle contractions, targeting specific muscle groups, and providing a more efficient workout in a shorter time.
  • It’s particularly beneficial for speeding up muscle recovery, making it ideal for rehabilitation purposes.
  • The technology focuses on specific muscle groups, allowing for targeted training.
  • Gentle on joints, EMS is suitable for those with physical limitations or restricted mobility.

Limited evidence of long-term effectiveness, and the need to combine EMS with traditional resistance training for best results.

Drawbacks to Consider

Using EMS for muscle building has potential limitations.

  • Overuse of EMS can lead to muscle soreness and fatigue.
  • Incorrect usage may result in skin irritation.
  • EMS should not be seen as a complete replacement for traditional strength training.
  • Professional guidance is essential for effective and safe use.

Safety and Best Practices

Staying Safe with EMS Training

When thinking about safety in EMS training, follow the manufacturer’s guidelines and consult with a healthcare professional. Make sure the device is not applied to areas with compromised skin or for those with certain medical conditions. To use EMS effectively for muscle building, combine it with traditional resistance training for best results.

Be cautious of overusing EMS, as it may lead to muscle fatigue or strain if not used properly. Also, use EMS as a supplement to regular workouts, rather than a replacement for traditional strength training.

How to Use EMS Effectively

Effective use of EMS (Electrical Muscle Stimulation) begins with a personalized plan, ideally created with a fitness professional’s guidance. This plan should align with your specific fitness goals, ensuring that the EMS training is targeted and effective.

Incorporating EMS into your regular workout routine is a strategic move. It enhances the benefits of your existing exercise regimen, acting as a supplement rather than a replacement. This combination approach leverages the strengths of both EMS and traditional exercises.

Focusing on specific muscle groups is another key aspect of effective EMS training. By targeting particular areas, you can work on strengthening and toning muscles more efficiently, which is one of the primary advantages of EMS.

Safety is paramount in any form of exercise, and EMS is no exception. Adhering to the device’s instructions helps prevent overuse and potential skin irritation, ensuring a safe training experience.

Monitoring the intensity and duration of EMS sessions is also crucial. Adjusting the EMS settings to a level that is comfortable for you, while keeping within recommended time frames, ensures that the muscles are stimulated effectively without causing strain or discomfort.

Lastly, regular assessment of your progress is vital. Tracking how your body responds to the EMS training and adjusting the routine accordingly helps in fine-tuning your approach for better results.

By following these steps, you can maximize the effectiveness of EMS training, making it a valuable component of your fitness journey.

Wrapping up

To sum up, EMS (Electrical Muscle Stimulation) offers a unique and effective way to enhance muscle strength and recovery when used correctly. By starting with a tailored plan, integrating it with traditional exercises, focusing on specific muscle groups, adhering to safety guidelines, and regularly assessing progress, you can make the most out of your EMS training. Remember, the key to success with EMS is a balanced approach that complements, rather than replaces, your regular workout regime.