FAQs

Magnetic therapy is a non-invasive approach that applies static magnetic fields to the body for therapeutic purposes. It may be used on its own or alongside existing care. People use it to support natural pain relief, comfort, mobility, and sleep, without drug side effects.

Static magnets are generally considered safe when used properly. Do not use magnets if you have a pacemaker, defibrillator, insulin pump, or other implanted electro-medical device, or if you are pregnant, unless your clinician approves.

No side effects are typically reported with proper use.

Historical reports trace use back thousands of years in several cultures. Modern materials made magnets smaller and stronger, which led to broader use and clinical interest since the mid-20th century.

The working idea is that static magnetic fields interact with local tissues and circulation. Users report comfort through relaxation of soft tissues and improved local blood flow, supporting oxygen and nutrient delivery and the removal of by-products.

Magnet use is often discussed within complementary and integrative health. Classification and guidance differ by country and organization. Always follow local regulations and your clinician’s advice.

No. Magnetic therapy products use static (unchanging) magnets. Power lines and appliances generate alternating electromagnetic fields, which are different in nature and frequency.

Outcomes vary. Design, magnet strength, placement, consistency, and the condition all matter. EvraCare focuses on thoughtful design and clear guidance to support better results.

Gauss is a unit that describes magnetic flux density. Different materials and grades yield different gauss ratings. Common biomagnet types include:

• Flexible rubber magnets: thicker, stronger than typical fridge magnets; often ~2300–2650 gauss at the magnet.
• Ceramic (ferrite) magnets: various grades, e.g., ~2300–3950 gauss.
• Neodymium magnets: high-energy rare-earth types, often ~10,800–12,800 gauss grades.

Note: manufacturer gauss is measured at the magnet, not at the skin. Surface strength at the product face is what the body “sees.”

Not by itself. Magnet size, number, spacing, polarity orientation, and distance to the target tissue also determine field reach and comfort.

No. Such numbers are misleading. Adding up multiple magnets’ gauss ratings doesn’t create a bigger single-point field. EvraCare publishes clear, practical specs so you can compare responsibly.

Penetration depth is how far a usable field reaches from the magnet surface. It depends on magnet strength, size, and distance. Fields fall off quickly with distance, so build and placement matter.

EvraCare targets a practical field at the skin surface and through soft tissue for everyday wearables.

• Use consistently as directed.
• Adjust placement if relief is limited; referred pain can originate elsewhere.
• Consider acupuncture points with acu-magnets under professional guidance.

Timing varies by condition and severity. Some acute discomfort eases within minutes to days. Chronic issues may take several days to a couple of weeks of steady use.

After symptoms improve, many users continue a bit longer to support recovery. For recurring conditions, re-apply if discomfort returns. Follow clinician guidance for injuries and post-surgical care.

By supporting tissue relaxation and local circulation, magnets may help deliver oxygen and nutrients while moving by-products away from the area.

Yes, strong enough static fields pass through soft tissue and bone. Depth depends on magnet strength and size.

Users report comfort when magnets are placed over tense or sore regions, potentially aiding circulation and normal nerve signaling. Correct placement and consistent wear are key.

By supporting local tissue comfort and circulation around the joint area. Many users pair magnets with gentle mobility work for better outcomes.

• Pain relief often makes falling and staying asleep easier.
• Some users report better sleep quality with magnetic pads or pillows.

High-back magnetic seat pads are commonly used to support comfort during long sitting and may help relax muscle tension.

Avoid magnets during pregnancy unless your clinician specifically approves.

No. Common orthopedic hardware (e.g., surgical stainless steel) is typically non-magnetic.

Yes. Strong magnetic insoles can be used under orthotics; field strength at the foot surface is what matters.

Yes. Wearing against the skin improves moisture wicking and comfort, but use what feels best for you.

Yes. EvraCare supports are designed for active wear with breathable materials to help manage heat and sweat.

Avoid using a heating pad directly with magnetic supports or pads. An electric blanket over a magnetic mattress pad may reduce magnetic field effectiveness while it’s on; if needed, pre-warm and keep settings low.

• Magnet size and number
• Polarity orientation and spacing
• Surface gauss at the body
• Distance to target tissues and wear consistency

• Thoughtful magnet layouts for field coverage and depth.
• Breathable, ergonomic materials for longer, more comfortable wear.
• Clear specs and guidance so you can use products effectively.

EvraCare designs and manufactures wellness accessories with a focus on consistent magnetic fields, comfort, and usability.

Permanent magnets retain strength for many years under normal use. EvraCare backs magnet performance for the product’s life.

Manufactured in the USA and China, depending on the product line.

Many users report meaningful comfort. Individual results vary based on condition, fit, and consistency.