Milta Pod
- anti-inflammatory
- pain-relieving
- healing
Milta Pod is a device based on so-called photobiomodulation (PBM). This technology uses the interaction of light with biological tissue to stimulate cellular processes and promote the body's own healing mechanisms.
The Milta technology, used in devices like the Milta Pod, combines several therapeutic elements:
Nanopulsed Cold Laser (NPCL):
A very low-intensity laser that does not generate heat and therefore causes no tissue damage.Infrared LEDs
These light waves penetrate deep into the skin, promoting blood circulation and regeneration.Magnetic field
A static or pulsating magnetic field that enhances the effect of photons.
Application areas of the Milta Pod
The combined effect of these technologies aims to treat a wide spectrum of ailments and dysfunctions. Areas of application include, but are not limited to:
Pain therapy
Relief of pain in joint, muscle, and back pain, sciatica, and other chronic pain conditions.Skin rejuvenation and care:
Treatment of acne, eczema, wrinkles, scars, and promotion of collagen production.Wound healing and regeneration:
Accelerated healing of wounds, burns, and postoperative damage.Sports Medicine
Support for recovery after training, treatment of sports injuries, inflammation, and swelling.Well-being
Promoting relaxation, reducing stress, and improving sleep.
Treatment with the Milta Pod is typically painless, non-invasive, and often used as a complementary therapy. Milta Pod devices are available for professional use in practices as well as in portable versions for home use.
🎯 Main effects
The method is a non-invasive, painless, and athermal therapy that achieves the following effects, among others:
Pain relief (analgesic)
Anti-inflammatory
Increasing blood flow
Wound healing and Regeneration
Immunostimulation
This therapy was originally developed in medical research for aerospace in Russia and the USA.






The Milta Pod can be rented for CHF 20 per day or CHF 320 per month.
Indications Milta Pod
Milta Pod is used for the following medical indications:
- Pain-relieving and anti-inflammatory (arthritis, bursitis, tendinitis, ...)
- Promotes cell regeneration, thereby aiding wound healing, mucous membrane regeneration, and supporting organs.
- Promotes bone construction (osteoporosis, fractures, and jawbone loss)
- Improves neurotransmitter synthesis in the brain (depression, Parkinson's, MS)
- Correction of membrane potential and synaptic threshold – Improvement of nerve glideability (neuropathies, nerve entrapments, Alzheimer's)
- Supports detoxification, detoxification and cell matrix dynamics
- Stimulates the immune system (chronic infections, weakened defenses)
- Accelerates tissue repair after surgical interventions as well
Contraindications Milta Pod
Pregnancy Although there is no direct evidence of harmful effects of MiltA therapy on the fetus, its use in the abdominal and pelvic area during pregnancy is avoided as a precaution.
Pacemakers and metal implants: Due to the magnetic field component of the therapy, treatments in the direct vicinity of pacemakers and larger metal implants should be avoided.
Certain eye diseases and direct eye contact: Direct and prolonged exposure of the eyeball is dangerous and should be strictly avoided. When used on the face, appropriate eye protection must be worn.
Epilepsy In people with epilepsy, pulsed light at certain frequency ranges can trigger seizures. Therefore, treatment should only be carried out with great caution and under close observation.
Photosensitizing Medications and Skin Conditions: The application should be avoided if photosensitizing medications or cosmetics have been recently taken/applied. Likewise, in cases of photosensitive dermatoses, with the exception of acne vulgaris and actinic keratoses, which are considered indications.
Thyroid diseases: In cases of an overactive thyroid (hyperthyroidism), treatment in this area should be avoided, as radiation could further stimulate hormone production.
Open wounds and burns: Fresh, open wounds or acute burns should not be treated directly, as this could disrupt the healing process or promote infections.
