Products

Medical Product | Scalene Shycocan

Scalene Hypercharge Corona Canon (SHYCOCAN®)

Enables medical recirculation of purified air in indoor spaces by disabling certain coronaviruses, including the virus associated with COVID-19.

FEATURES & BENEFITS

  • 99.994% effective against coronavirus
  • 99.963% reduction of an EPA-standard SARS-CoV-2 surrogate, in BSL-2 facilities
  • Elimination of expected Influenza B viral loads, in BSL-2 facilities
  • Can be run 24/7 and operates on standard 110/240v wall outlet

Scalene SHYCOCAN

is intended to disable certain viruses including coronaviruses, the virus associated with COVID-19.As a result, it directly & continuously deactivates 99.994% of harmful coronaviruses in an enclosed space.

This technology also provides sustained and long-term protection against the spread of illnesses like

  • Influenza
  • Avian Flu
  • H1N1
  • Severe Acute Respiratory Syndrome

Some of the locations with SCALENE SHYCOCAN® devices installed and running, delivering added protection.

 

It uses No UV, No Chemicals, No Ionisers, No Ozone

Research by a prestigious European BSL-3 Laboratory now shows that on Stainless Steel surfaces, Scalene Shycocan® reduces the SARS-CoV-2 virus by 94.9% in just 15 minutes.

 

  • It is NOT a plasma generator, ionizer, UV/Ozone disinfection, or HEPA filter.
  • The Device is a simple, portable, sensitive methodology to disable coronaviruses
  • Plug and play device with no setup required except for mounting on side wall, pedestal or table-top
  • Can complement hand washing, sanitizing and using PPEs
  • The negative charge-seeking guidance mechanism of the virus’ Spike Protein can be disabled and neutralized by trillions of electrons being generated per second. Device is Intended to disable virus particles in the air and on surfaces.
  • Extremely high-intensity discharge of electrons relies on precision design and geometry of the radiating surfaces in the device.
  • Our unique and innovative device intended for electron-mediated virus deactivation can be readily and cost-effectively manufactured to meet demand.