Pranan Technologies

Pranan Technologies, founded in 2011, focuses on developing environmentally friendly technologies that improve human well-being. We specialize in using nanotechnology to protect against non-ionizing radiation from devices like mobile phones and computers (patented as Protector against electromagnetic radiations - patent no. 201100705).Our technology is energy-efficient, eco-friendly, and utilizes mineral and metal nanoparticles. These devices don't need electricity, have an unlimited lifespan, and are non-polluting. We collaborate with reputable universities and technology centers for testing and certification. Uno Vita AS is our Norwegian distributor. We offer the only certified protection devices in line with European Directive 2001/95/EC, ensuring safety and compliance. Pranan Technologies is also ISO 9001:2008 certified, guaranteeing product quality in line with ISO standards.

Pranan Technologies

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BIOSPACE nano diamaond EMF area protection

€ 1,119,-

BIOSPACE diamaond EMF area protection NEW MODEL 
Pranan Technologies presents the BIOSPACE diamond, a leading-edge device designed to offer robust protection from harmful electromagnetic radiation in various spaces such as homes, offices, or other settings. Its operation is simple and straightforward: remove it from the packaging and place it in the desired area, ensuring it's safe and stable.

Nanodiamonds: A Versatile Tool for Electromagnetic Field Protection and Interaction
Nanodiamonds are emerging as highly versatile and potent materials for interaction and manipulation of electromagnetic waves and fields. Their applications extend across diverse domains such as electronics, photonics, and medicine, underpinned by their unique attributes. The potential uses of nanodiamonds in relation to electromagnetic fields (EMF) include:

Interacting with Electromagnetic Waves: Nanodiamonds demonstrate the ability to absorb, scatter, and guide electromagnetic radiation. This capability is attributed to their high dielectric constant, enabling them to effectively polarize electric fields. Such interactions open up avenues for creating tunable filters, new types of light sources, and advanced optical sensors.

EMF Protection and Shielding: In the realm of EMF shielding, nanodiamonds show promising potential. Products developed by companies like Pranan, which incorporate nanodiamonds, suggest the possibility of converting electromagnetic energy into harmless heat. This indicates a significant role for nanodiamonds in safeguarding against EMF from modern communication technologies, including 5G and 6G networks.

In summary, nanodiamonds offer a promising path for the development of innovative technologies and devices related to EMF. Their multifaceted ability to absorb, scatter, guide, and amplify electromagnetic waves, coupled with their potential in EMF sensing and protection, highlight their applicability in fields such as integrative medicine and electromedicine.

Features of the BIOSPACE diamond are many, and they include:

  • An unlimited lifespan, barring misuse.
  • No requirement for batteries or any form of maintenance.
  • A unique mechanism that neutralizes harmful effects of radiation via a secondary wave, rather than just blocking the radiation.
  • Its design ensures no disruption to the normal functioning of the electronic devices it protects.
  • It has an automatic activation feature that triggers upon coming into contact with electromagnetic radiation.

The device boasts impressive technical specifications as well:

  • It has a far-reaching operating range that extends up to a 13-meter radius, effectively covering approximately 530 m2.
  • The dimensions are conveniently sized at 8.98 x 2.07 x 23.60 cm.
  • The weight of the device is a manageable 1 kg.

The BIOSPACE diamond is more than just a protective device. It's designed to guard against health alterations triggered by non-ionizing electromagnetic radiation emitted by various sources such as mobile telecommunication systems, Wi-Fi networks, radars, power lines, digital meters, and any other artificial radiation sources.

Using the device is effortless; place it in the space you want to shield. The device will protect as long as you remain within its operating range. The device activates automatically when it detects electromagnetic radiation. Ideally, it should be positioned in the center of the area or in the most frequently used room. To ensure safety, it should be kept low and secure, preferably inside a display cabinet or cupboard.

Pranan Technologies' BIOSPACE diamond holds various certifications and patents:

  • It's certified by Tüv Rheinland, thus meeting all safety requirements as per the European Directive 2001/95/EC.
  • The device employs patented technology known as "Electromagnetic radiation protection" (Patent no. CC P: ES 2401873 A1).
  • It also holds a Quality Certificate from Tüv Rheinland, complying with the ISO:9001 standard.
  • A certificate has been issued by Tüv Rheinland according to Directive 1999/5/EC, Annex II of the European Parliament, and the Council of 9 March 1999 on radio equipment and telecommunications terminal equipment.
  • To ensure authenticity, all Pranan devices incorporate an encrypted microchip that can be verified using a mobile phone to obtain a certificate of an "original device".
  • The device carries the CE marking, certified by Tüv Rheinland, indicating its compliance with EU safety, health, and environmental protection requirements.
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Biospace TRAVEL nano diamond

€ 664,-

BIOSPACE Travel (diamaond EMF protection) 
BIOSPACE Travel, a product by Pranan Technologies, is an innovative solution that ensures safe travel in high electromagnetic radiation environments.

Nanodiamonds: A Versatile Tool for Electromagnetic Field Protection and Interaction
Nanodiamonds are emerging as highly versatile and potent materials for interaction and manipulation of electromagnetic waves and fields. Their applications extend across diverse domains such as electronics, photonics, and medicine, underpinned by their unique attributes. The potential uses of nanodiamonds in relation to electromagnetic fields (EMF) include:

Interacting with Electromagnetic Waves: Nanodiamonds demonstrate the ability to absorb, scatter, and guide electromagnetic radiation. This capability is attributed to their high dielectric constant, enabling them to effectively polarize electric fields. Such interactions open up avenues for creating tunable filters, new types of light sources, and advanced optical sensors.

EMF Protection and Shielding: In the realm of EMF shielding, nanodiamonds show promising potential. Products developed by companies like Pranan, which incorporate nanodiamonds, suggest the possibility of converting electromagnetic energy into harmless heat. This indicates a significant role for nanodiamonds in safeguarding against EMF from modern communication technologies, including 5G and 6G networks.

In summary, nanodiamonds offer a promising path for the development of innovative technologies and devices related to EMF. Their multifaceted ability to absorb, scatter, guide, and amplify electromagnetic waves, coupled with their potential in EMF sensing and protection, highlight their applicability in fields such as integrative medicine and electromedicine.

How it Works:
The device is intended for use in any vehicle or mode of transport. It defends against electromagnetic radiation emitted within the cabin.

Features:

  • Continuous operation, unless misused.
  • Battery-free and maintenance-free.
  • Rather than blocking radiation, it emits a counteracting wave to neutralize the primary wave's effects.
  • Auto-activates upon exposure to electromagnetic radiation.

Specifications:

  • Protection range: Up to 7 m.
  • Dimensions: 7.8 x 0.93 x 12.60 cm.
  • Weight: 270 g.
  • Instructions:After unboxing, place the device in the cabin of the transport mode needing protection. The device starts automatically within its operational radius. It shields against electromagnetic radiation inside the cabin and reduces fatigue caused by radiating devices.

Caution! The BIOSPACE Travel device includes neodymium magnets and should not be placed near heart pacemakers and defibrillators as it could disrupt their functionality.

BIOSPACE Travel: How It Works
What does BIOSPACE Travel protect against?
BIOSPACE Travel is a revolutionary device designed to shield you from body alterations caused by non-ionizing electromagnetic radiation from wireless and mobile phone systems, including 6G and 5G, telecommunication antennas, repeater stations, Wi-Fi networks, radars, electric grids, digital meters, and other harmful artificial radiation sources.

How do you use the device?
Simply place it in the cabin of your vehicle (car, truck, aircraft, ship, etc.) to protect against electromagnetic pollution.

How is BIOSPACE Travel activated?
The device auto-activates upon exposure to electromagnetic radiation, offering an innovative solution to safely balance the effects of new wireless communication technologies.

How is it unique from other Pranan devices?
It is specifically designed for areas with high electromagnetic radiation levels, such as airplane and electric vehicle cabins, which can generate the "Faraday Cage" effect, amplifying pollution caused by wireless devices and electric motors.

How to install BIOSPACE Travel device?
It can be installed anywhere in the vehicle cabin, in a glove compartment, attached to the supplied magnetic plate, or any standard holder like a mobile phone stand.

What is its effective range?
Its protection radius is 7 meters.

Why use the device?
Besides shielding from electromagnetic radiation, it notably reduces exhaustion and stress symptoms when driving.

What is Pranan technology?
Primarily, it protects the biological processes and bioelectrical systems of people exposed to non-ionizing artificial radiation by neutralizing body impacts.

How does it function?
Pranan devices absorb some environmental radiation, filter transverse components, and only allow longitudinal components of electromagnetic fields to pass. The re-emission of these ultra-weak electromagnetic pulses provides a biological balancing effect.

Can BIOSPACE Travel's emitted frequencies be measured?
The radiation emitted is so faint that it can't be detected by conventional meters designed on the electromagnetic vector fields theory.

What happens if a radiation meter is placed inside a BIOSPACE Travel device?
No change would be noticed as Pranan Technologies' devices don't neutralize electromagnetic pollution, but instead counteract its effects on the body.

How to measure its radiation protection effectiveness?
Measure changes in the body before (unprotected) and after (protected). Modern technology lets us measure bioelectrical and biochemical changes caused by electromagnetic radiation exposure. For reliable results, measurements should be taken at technological institutes and universities following universally accepted scientific research protocols.

The BIOSPACE Travel (diamond) is more than just a protective device. It's designed to guard against health alterations triggered by non-ionizing electromagnetic radiation emitted by various sources such as mobile telecommunication systems, Wi-Fi networks, radars, power lines, digital meters, and any other artificial radiation sources.

Using the device is effortless; place it in the space you want to shield. The device will protect as long as you remain within its operating range. The device activates automatically when it detects electromagnetic radiation.

Pranan Technologies' BIOSPACE holds various certifications and patents:

  • It's certified by Tüv Rheinland, thus meeting all safety requirements as per the European Directive 2001/95/EC.
  • The device employs patented technology known as "Electromagnetic radiation protection" (Patent no. CC P: ES 2401873 A1).
  • It also holds a Quality Certificate from Tüv Rheinland, complying with the ISO:9001 standard.
  • A certificate has been issued by Tüv Rheinland according to Directive 1999/5/EC, Annex II of the European Parliament, and the Council of 9 March 1999 on radio equipment and telecommunications terminal equipment.
  • To ensure authenticity, all Pranan devices incorporate an encrypted microchip that can be verified using a mobile phone to obtain a certificate of an "original device".
  • The device carries the CE marking, certified by Tüv Rheinland, indicating its compliance with EU safety, health, and environmental protection requirements.
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PHIONE 5G diamond

€ 175,-

PHIONE diamond 5G
NEUTRALISES THE EFFECTS OF RADIATION EMITTED BY MOBILE PHONES

PHIONE Graphene is a device that protects us from electromagnetic radiation and radiation emitted from mobile phones (including the latest models) during phone calls or when switched on.

Nanodiamonds: A Versatile Tool for Electromagnetic Field Protection and Interaction
Nanodiamonds are emerging as highly versatile and potent materials for interaction and manipulation of electromagnetic waves and fields. Their applications extend across diverse domains such as electronics, photonics, and medicine, underpinned by their unique attributes. The potential uses of nanodiamonds in relation to electromagnetic fields (EMF) include:

Interacting with Electromagnetic Waves: Nanodiamonds demonstrate the ability to absorb, scatter, and guide electromagnetic radiation. This capability is attributed to their high dielectric constant, enabling them to effectively polarize electric fields. Such interactions open up avenues for creating tunable filters, new types of light sources, and advanced optical sensors.

EMF Protection and Shielding: In the realm of EMF shielding, nanodiamonds show promising potential. Products developed by companies like Pranan, which incorporate nanodiamonds, suggest the possibility of converting electromagnetic energy into harmless heat. This indicates a significant role for nanodiamonds in safeguarding against EMF from modern communication technologies, including 5G and 6G networks.

In summary, nanodiamonds offer a promising path for the development of innovative technologies and devices related to EMF. Their multifaceted ability to absorb, scatter, guide, and amplify electromagnetic waves, coupled with their potential in EMF sensing and protection, highlight their applicability in fields such as integrative medicine and electromedicine.

CHARACTERISTICS

  • Contains nanodiamonds, making it effective against electromagnetic radiation emitted by state-of-the-art devices
  • Protects us from harmful radiation emitted by mobile or wireless phones, including the latest models.
  • Does not affect the performance of the phone.
  • Unlimited service life, as long as the internal structure is not damaged.
  • They are passive transducers and do not filter or store radiation.
  • Protects us when the mobile is switched on and during phone calls.
  • The device automatically starts working when the mobile is switched on.
  • Does not require any maintenance.
  • When we change mobiles, it be switched over and used with the new one.


USE
Easily attached to the back of the mobile or can be worn as a pendant around the neck. The device starts working automatically when it comes into contact with electromagnetic radiation.

TECHNICAL DATA
Dimensions: 1.42 x 2.05 x 0.08 in.
Weight: 0.02 lbs. approx.
Operating range: 27.56 in (approx.)
Service life of the device: Continues to work if kept in perfect condition.

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PHIWAVES 5G - diamond pendant personal protection

€ 401,-

PHIWAVES 5G pendant personal protection
A state-of-the-art device manufactured with graphene and laser technology, improving its performance and protection range. All we have to do is carry it with us. It protects us from the electromagnetic radiation we come into contact with through wireless networks, computers, mobile masts, radars, 5G, etc

Nanodiamonds: A Versatile Tool for Electromagnetic Field Protection and Interaction
Nanodiamonds are emerging as highly versatile and potent materials for interaction and manipulation of electromagnetic waves and fields. Their applications extend across diverse domains such as electronics, photonics, and medicine, underpinned by their unique attributes. The potential uses of nanodiamonds in relation to electromagnetic fields (EMF) include:

  • Interacting with Electromagnetic Waves: Nanodiamonds demonstrate the ability to absorb, scatter, and guide electromagnetic radiation. This capability is attributed to their high dielectric constant, enabling them to effectively polarize electric fields. Such interactions open up avenues for creating tunable filters, new types of light sources, and advanced optical sensors.

  • EMF Protection and Shielding: In the realm of EMF shielding, nanodiamonds show promising potential. Products developed by companies like Pranan, which incorporate nanodiamonds, suggest the possibility of converting electromagnetic energy into harmless heat. This indicates a significant role for nanodiamonds in safeguarding against EMF from modern communication technologies, including 5G and 6G networks.

In summary, nanodiamonds offer a promising path for the development of innovative technologies and devices related to EMF. Their multifaceted ability to absorb, scatter, guide, and amplify electromagnetic waves, coupled with their potential in EMF sensing and protection, highlight their applicability in fields such as integrative medicine and electromedicine.

CHARACTERISTICS
It protects us from the electromagnetic radiation given off from wireless networks (Wi-Fi,...), computers, microwaves, electricity lines, mobile masts, radars, satellites, scanners, 5G, etc.
It protects us from electromagnetic contamination when we travel on airplanes, trains, electric cars, etc.
It also protects us from disruptions that occur through shifts in the earth's electromagnetic field.
Unlimited service life, as long as the internal structure is not damaged.
They are passive transducers and do not filter or store radiation.
Does not require any maintenance.
Incorporates NANO DIAMONDS and LASER TECHNOLOGY, making it particularly effective in protection from radiation.

USE
You just need to stick it to the back of the mobile or use it as a pendant. The device automatically starts working when it comes into contact with electromagnetic radiation.

TECHNICAL DATA
Operating range: 100 cm. approx
Dimensions: 3,6 x 5,2 x 0,4 cm.
Weight: 30 grs. aprox.
Service life: Continues to work if kept in perfect condition of use.

CERTIFIED TECHNOLOGY
PRANAN devices are certified by Tüv Rheinland according to European Directive 2001/95/EC, guaranteeing compliance with all safety requirements. Technology patented with the title “Electromagnetic radiation protection” no. CC P: ES 2401873 A1. International Patent Classification: H01Q 17/00 (2006.01) A61N 1/16 (2006.01). Quality Certificate from Tüv Rheinland according to ISO:9001, with registration no.: 0.01.13341. Certificate issued by Tüv Rheinland according to Directive 1999/5/EC, Annex II of the European Parliament and the Council of 9 March 1999 on radio equipment and telecommunications terminal equipment. Certified with the CE marking by Tüv Rheinland).

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PHIWAVES diamond

€ 279,-

PHIWAVES Diamond
Personal Protection Against Electromagnetic Radiation

Nanodiamonds: A Versatile Asset for Electromagnetic Field Interaction and Protection
Nanodiamonds are becoming recognized as highly effective materials for the manipulation and interaction of electromagnetic waves. Their applications span various sectors including electronics, photonics, and medical fields, leveraging their distinctive properties. Key applications of nanodiamonds in electromagnetic fields (EMF) involve:

Interactions with Electromagnetic Waves: Nanodiamonds have the capability to absorb, deflect, and channel electromagnetic radiation, thanks to their high refractive index. This allows for the development of customizable filters, innovative light sources, and sensitive optical detectors.

EMF Shielding: Nanodiamonds present exciting prospects in EMF protection. Emerging products are harnessing nanodiamonds to convert electromagnetic energy into benign forms of energy, like heat. This positions nanodiamonds as a critical material for protecting against EMF exposure from advanced communication technologies.

In essence, nanodiamonds present a promising avenue for the invention of groundbreaking EMF-related technologies. Their versatile nature in absorbing, deflecting, and enhancing electromagnetic waves, along with their use in EMF detection and shielding, underscores their potential in integrative and electromagnetic medicine.

PHIWAVES Diamond is a cutting-edge device designed using nanodiamonds and laser technology to enhance its efficacy and protective range. Simply by carrying it with us, it shields from the electromagnetic radiation encountered daily through various modern devices. For exposure during the night, positioning the PHIWAVES Diamond near you is recommended. It is designed to be compatible with other protective devices.

Characteristics:

  • Offers protection from a range of electromagnetic sources such as Wi-Fi, computers, and mobile towers.
  • Useful during travel on airplanes, trains, and in electric vehicles.
  • Guards against disturbances from the Earth's electromagnetic field shifts.
  • Has an unlimited lifespan provided the internal structure remains intact.
  • Acts as a passive device without the need to store or directly filter radiation.
  • Maintenance-free with no parts to replace or service.
  • Utilizes laser technology for enhanced protective efficiency.

Usage:
For optimal results, keep the PHIWAVES Diamond close to your body, in pockets or bags. Avoid storing in natural leather containers which may interfere with the device's functionality.

If the PHIWAVES Diamond is accidentally immersed in water, it will continue to function effectively as long as its structure is not compromised.

Technical Specifications:
Effective range: Approximately 47.24 inches.
Dimensions: 2.2 x 1.42 x 0.2 inches.
Weight: Approximately 0.066 pounds.
Service life: Indefinite, with proper care and maintenance.

For a more detailed understanding of the product specifications and usage, it's advisable to consult the manufacturer's instructions or official product resources.

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PHIWAVES nano diamond 5G (Jewel)

€ 560,-
Forhåndsbestilling snart på lager

PHIWAVES 5G nano diamond Jewel (hand made)
A state-of-the-art device manufactured with graphene and laser technology, improving its performance and protection range. All we have to do is carry it with us. It protects us from the electromagnetic radiation we come into contact with through wireless networks, computers, mobile masts, radars, 5G, etc

CHARACTERISTICS

  • It protects us from the electromagnetic radiation given off from wireless networks (Wi-Fi,...), computers, microwaves, electricity lines, mobile masts, radars, satellites, scanners, 5G, etc.
  • It protects us from electromagnetic contamination when we travel on airplanes, trains, electric cars, etc.
  • It also protects us from disruptions that occur through shifts in the earth's electromagnetic field.
  • Unlimited service life, as long as the internal structure is not damaged.
  • They are passive transducers and do not filter or store radiation.
  • Does not require any maintenance.
  • Incorporates NANO DIAMOND and LASER TECHNOLOGY, making it particularly effective in protection from radiation.

USE
You just need to stick it to the back of the mobile or use it as a pendant. The device automatically starts working when it comes into contact with electromagnetic radiation.

TECHNICAL DATA
Operating range: 100 cm. approx
Dimensions: 3,6 (diameter) x 4 cm.
Weight: 30 grs. aprox.
Service life: Continues to work if kept in perfect condition of use.

CERTIFIED TECHNOLOGY

  • PRANAN devices are certified by Tüv Rheinland according to European Directive 2001/95/EC, guaranteeing compliance with all safety requirements. 
  • Technology patented with the title “Electromagnetic radiation protection” no. CC P: ES 2401873 A1. International Patent Classification: H01Q 17/00 (2006.01) A61N 1/16 (2006.01).
  • Quality Certificate from Tüv Rheinland according to ISO:9001, with registration no.: 0.01.13341.
  • Certificate issued by Tüv Rheinland according to Directive 1999/5/EC, Annex II of the European Parliament and the Council of 9 March 1999 on radio equipment and telecommunications terminal equipment.
  • Certified with the CE marking by Tüv Rheinland).
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