Blog & News

Discover how StokkermillSolar's 5-stage mechanical recycling line recovers glass, silicon, aluminum, EVA and copper from end-of-life solar panels — using less than 1 kWh per module, with no furnaces or chemicals.

Precision rotor machining, structural welding, sandblasting before painting — discover how Stokkermill manufactures industrial recycling equipment entirely in-house in Italy, and why every production step determines whether a machine lasts 20 years or fails in months

For Stokkermill, participating in IFAT 2026 represents an opportunity to present a practical approach to one of the most pressing issues facing the recycling sector: the management of end-of-life photovoltaic modules.

Discover Stokkermill’s advanced technologies for the circular economy. Innovative systems for recycling cables, WEEE, solar panels and lithium batteries.

In the photovoltaic panel recycling sector, the growing volume of end-of-life (EoL) modules is forcing a reassessment of traditional operating models. Among these, preventive mechanical de-framing is still widely used, yet it shows significant limitations in terms of productivity, output quality, and scalability.

Stokkermill Mexico and SEDA at Ecomondo Guadalajara. D15 twin-shaft shredder for volume reduction, and K750 and K130S compact granulators for copper and aluminium recovery in Latin America.

The participation of Stokkermill, together with SEDA-Stokkermill USA, at the ReMA Convention 2026 in Las Vegas concluded with strong interest from industry operators.

Discover the performance of Stokkermill’s industrial optical sorters for recycling. Artificial Intelligence (AI), X-ray and belt technologies for ultra-precise sorting.

Once again this year, Stokkermill Recycling Machinery reaffirms its international leadership by announcing its participation in the prestigious ICE Italia Pavilion – STAND D08

Discover laboratory equipment for materials recycling: advanced technologies for analysis, testing and the development of efficient and sustainable processes in the industrial sector, such as those developed by StokkermilLab for research and innovation in recycling.

Find out how material separation testing laboratories, using precision equipment such as that provided by StokkermilLab, improve recycling efficiency and support the development of sustainable industrial facilities.

Find out how precision equipment for recycling laboratories, including StokkermilLab’s advanced solutions, enhances testing, analysis and material separation systems for more efficient industrial processes.

StokkermilLab laboratory chain mill for crushing tests and material preparation in recycling processes.

StokkermilLab laboratory eccentric current separator for testing the recovery of aluminum and non-ferrous metals in recycling processes.

StokkermilLab circular laboratory sieve for particle size analysis and material testing. An essential tool in recycling and materials analysis laboratories.

Laboratory magnetic separator for ferrous metal recovery testing. Precision instruments for research and metal recycling laboratories.