Method Seven Evolution HPS+


Sale price£129.00


Users can enjoy their grow with the fashion-forward Evolution HPS Plus Eyewear from Method Seven. Method Seven’s German mineral glass HPS Plus+ lenses provide Perfect Colour in the grow room. The first and only glass lenses users will need for their grow operation

Method Seven Evolution HPS Plus Eyewear

The Evolution HPS Plus Eyewear is a fashionable choice for growers with a concealed flex-hinge and premium mineral glass optics. Presented in a Matte Black colour and designed by Method Seven, its lightweight style and comfortability makes it the top choice for growers with their revolutionary Rendition mineral glass lens.

Lightweight and Comfortable

Method Seven Rendition HPS Plus+ lenses provide perfect colour in the grow room that is only possible with their patent-pending formulation of rare earth elements in german mineral glass. The german mineral glass provides the highest clarity and is inherently scratch resistant.

Full UV Protection

Evolution HPS Plus Eyewear’s benefits include full UV protection for users as well as an anti-reflective coating to keep the glare out of their eyes. The lenses themselves use the Method Seven Notch Filtering Technology to balance the colour and also allow use with all displays such as phones and tablets.

The Evolution frame is extremely comfortable due to being made using TR90. TR90 has been produced through Swiss technology as a thermoplastic material that is known for its durability, flexibility and lightweight properties. Eyewear made with TR90 has a flexible quality that allows them to bend under pressure and contour your face comfortably.

Evolution Eyewear is a serious tool for growers looking for protection, hours of comfort and a perfect colour vision. Users will appreciate the exceptional vision with the Method Seven Evolution frame and Rendition mineral glass lens.


  • Full UV protection.
  • Stylish and comfortable.
  • Extreme lightweight comfort.
  • Presented in matte black.
  • Produced with TR90 thermoplastic material.

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