M-Series Biomagnets

BioMagnet Implants – Feel Magnetic Fields, Expand Your Perception

Our BioMagnet implants open up a new dimension of sensory perception. They allow you to feel subtle magnetic fields, vibrations, and electrical currents directly beneath the skin – a refined yet impressive extension of your senses.

Why These Magnets Are Different

Traditional magnet implants are usually encased in silicone. The problem: over time, the silicone layer can wear down due to movement or friction within the tissue. As a result, the magnet may migrate outward, requiring removal of the implant.

Our new BioMagnet implants are fully encapsulated in a biocompatible resin compound. This resin is exceptionally smooth, abrasion-resistant, and permanently stable – a major advancement in safety and durability.
==> No abrasion. No migration. No risk.

The resin forms a reliable barrier between tissue and magnet – keeping the core protected and the surface intact.

Technical Specifications

• High-performance neodymium magnets (N52/N55)
• Fully resin-encased, biocompatible and sterile
• Sterile packaging with magnetic viewing film for pole identification
• Available in multiple sizes and shapes (e.g. 3 × 1.5 mm or 4 × 2.2 mm)
• Designed for implantation by experienced piercing/body modification professionals

Application & Sensory Perception

With some training, the magnets can respond to:

• Magnetic fields (e.g. speakers, electric motors)
• Subtle vibrations or electrical currents
• Metallic objects within reach

Many users describe this new perception as a kind of “technological sixth sense.” The intensity depends on placement, tissue type, and individual sensitivity.

Naming Conventions

To clearly identify our BioMagnet models, we use a standardized naming system:

• Suffixes:
  • a: axially magnetized
  • d: diametrically magnetized
  • s: sphere
  • c: cube
  • bar: bar-shaped
• Two-digit number (sphere/cube): diameter or edge length in millimeters.
  Example: m08s = 8 mm sphere.
• Four-digit number (cylinder/disc): diameter in millimeters, height in tenths of a millimeter.
• Five-digit number (bar): height in millimeters, length in tenths of a millimeter.
  Example: m0428a → 4 mm diameter, 2.8 mm height.

All measurements refer to the finished, resin-encased product.

Current Models

• m0422a: 4 mm × 2.2 mm, resin-encased, axially magnetized, contains a 3 mm × 1.5 mm N55 neodymium magnet.
• m0426a: 4 mm × 2.6 mm, resin-encased, axially magnetized, contains a 3 mm × 2 mm N52 neodymium magnet.
• m04280bar: 4 mm × 28 mm, resin-encased, diametrically magnetized, contains a 3 mm × 4 mm × 28 mm N52 neodymium magnet, includes 4G insertion needle.
• m08s: 8 mm sphere, resin-encased, with a 6 mm N52 neodymium core.
• m1148a: 11 mm × 4.8 mm, resin-encased, axially magnetized, contains a 10 mm × 3 mm N52 neodymium magnet.
• m1448a: 14 mm × 4.8 mm, resin-encased, axially magnetized, contains a 13 mm × 3 mm N55 neodymium magnet.
  Note: A smiley mark indicates the north pole. Warning: This is an extremely powerful magnet – careless use carries significant risk.

Learn More

• Looking for a sensing magnet? 👉 m0422a
• Best lifting magnet? 👉 m1448a – but m1148a is the more reasonable choice.
• Curious about the different shapes? 👉 Read more here

Important Notes

• Implantation should only be performed by trained professionals/partner studios
• Not MRI compatible
• Not a medical product – use at your own responsibility
• Perception varies depending on placement, tissue, and individual training

Conclusion

These magnets represent the next evolutionary step in sensory biohacking: robust, safe, perceptible. Experience technology within your own body – with Upgraded Humans.