Why Corehauss is Different

Most fitness and body-focused technologies emphasize intensity, fat reduction, or aggressive muscle contraction. While those methods can produce short-term changes, they don’t always account for how women’s bodies respond during hormonal transitions.

Postpartum. Perimenopause. Menopause.

During these phases, stress tolerance, muscle coordination, and metabolic responsiveness shift. Pushing harder isn’t always the solution.

Corehauss is built on a different foundation.

We prioritize restoring communication between the nervous system and the muscles first. When coordination improves, strength becomes more accessible. When the body receives clear signals, tone, stability, and metabolic responsiveness follow naturally.

This is why the experience feels supportive rather than punishing — and why many women arrive here after realizing that intensity alone wasn’t the answer.

Corehauss isn’t designed to replace workouts or nutrition.


It’s designed to make them work again.

A woman sitting on a striped blanket on a beige couch, smiling with her arms crossed over her knees, wearing a black sweater and white pants.

Comparison Chart:

Eurowave vs. Other Treatments

Eurowave (Faradic Muscle Stimulation)

  • Non-invasive

  • Very low risk

  • No downtime

  • Feels like deep muscle activation (similar to a workout)

  • Targets deep core muscles

  • Safe for C-sections & pelvic floor

  • Suitable for midlife women

  • Immediate tightening effect

  • Supports long-term strength

  • Faradic-based technologies have been in medical/therapeutic use for roughly 170–180 years (since the mid-1800s), evolving over time into modern devices and body-sculpting applications like Eurowave.

Laser / Heat-Based Treatments

  • Uses heat or laser energy

  • Moderate risk (burns, inflammation)

  • Possible downtime

  • Does not strengthen muscles

  • Not ideal for postpartum or pelvic floor clients

  • Heat may irritate sensitive tissue

Cryolipolysis (Fat Freezing)

  • Uses extreme cold

  • Moderate–high risk (nerve pain, numbness, paradoxical fat growth)

  • Discomfort during treatment

  • No muscle activation

  • No immediate tightening sensation

  • Not recommended for core or pelvic concerns

Ultrasound / Cavitation

  • Uses high-frequency sound waves

  • Moderate risk (bruising, tenderness)

  • No strengthening benefits

  • Cosmetic results only

  • Doesn’t target deeper muscles

  • Not postpartum-friendly

Vacuum / Suction Devices

  • Uses mechanical suction

  • Moderate risk (bruising, broken capillaries)

  • Can be uncomfortable

  • No deep muscle activation

  • Not ideal for sensitive tissue or C-section scars

A person with a tattoo on their wrist placing electrodes on a patient's abdomen during an electrocardiogram or medical test.
Medical professional in gloves administering ultrasound procedure on patient's lower abdomen in clinical setting.
A person lying on a medical bed receiving cryotherapy treatment with a handheld device. The device displays a temperature of 24°C and a pressure of 0 kPa. The person is covered with a blue towel and has a machine wrapped around their torso.
A medical professional wearing blue gloves performing an ultrasound on a patient's knee.
A woman lying face down on a treatment table receiving a massage with a heated gel from a therapist using a device, in a bright room with large windows. Below, diagrams illustrate different targeted areas for non-invasive body contouring treatments on the buttocks and thighs.
Visual representation of the human lymphatic system highlighting drainage pathways, displayed at Corehauss Body Studio in St. Albert, AB for client education.

Electrical stimulation proven to increase muscle mass and strength

Reviewed

The University of Texas at El PasoJan 9 2025

Brain & circulatory effects

Effects of electrical muscle stimulation on cerebral blood flow

  • Volume 22, article number 67, (2021)

Cerebral Benefits Induced by Electrical Muscle Stimulation: Evidence from a Human and Rat Study

Submission received: 20 December 2023 / Revised: 23 January 2024 / Accepted: 1 February 2024 / Published: 4 February 2024

Studies on EMS - Electronic Muscle Stimulation