Make solar panel recycling more efficient and high-quality.
Our equipment realizes no metal residue and breakage on the glass after separation.
Lineups
Glass Separator (Hot Knife)
Separates the glass and cell/EVA sheet without breaking the glass using our original technology, Hot Knife Separation Method.
Only for non-broken glass panels
Glass separated in form of sheet glass
High-speed processing of approx. 60 seconds/panel
Low noise
Torque control enables compatibility with solar panels from various manufacturers
Separated glass already used in France for manufacturing new sheet glass
Recycle
Operation
What is a Hot Knife Separation Method?
A knife heated to 300℃ melts EVA layer to separate glass from cell/EVA sheet (includes metal) without breaking the glass.
Realized the recycling of glass and metals by utilizing our knowledge and technology accumulated through more than 30 years of experience of developing, manufacturing and selling of PV module manufacturing equipment.
Highly evaluated in the industry as an effective and low cost processing method.
Frame & J-Box Separator
(De-Framer)
High-quality and cost-effective equipment ideal for initial installation.
Automatically separates four frames and J-Box at the same time
High-speed processing of approx. 40 seconds/panel
Usable on-site as a mobile recycling machine by loading it on the truck
Operation
Usable outdoors
Can be operated anywhere as long as a power source is available. Significantly reduces transportation costs by operating on site.
EVA Scraper
Removes residual EVA on the glass surface using our original technology, Brush Scraping Method.
Removes thinly remained EVA on the glass with a special brush
No glass breakage, as with the preceding process (Glass Separator)
High speed processing of approx. 60 seconds/panel
Only need electricity and air compressor to use the machine
Operation
What is a Brush Scraping Method?
Scrapes off EVA by rotating a special brush on the surface of the glass after separated from the cell sheet
Improves value and recyclability of the glass by increasing the purity of it