Blog & News

Discover the Performance of Stokkermill Industrial Optical Sorters for Recycling Harness Artificial Intelligence (AI), X-ray, and advanced belt technologies for ultra-precise material sorting.

Once again this year, Stokkermill Recycling Machinery reinforces its position as an international leader by announcing its participation at the prestigious ICE Italia Pavilion – BOOTH D08.

Discover laboratory equipment for material recycling: advanced technologies for analysis, testing, and the development of efficient, sustainable industrial processes, including solutions developed by StokkermilLab for research and innovation in recycling.

Discover how material separation testing laboratories, equipped with precision technologies from StokkermilLab, enhance recycling efficiency and support the development of sustainable industrial facilities.

Discover how precision equipment for recycling labs, including Stokkermillab’s advanced solutions, improves testing, analysis, and material separation systems to create more efficient industrial processes.

StokkermilLab Lab Chain Mill for Crushing and Sample Preparation in Recycling Operations”

StokkermilLab Laboratory Eddy Current Separator for Testing Aluminum and Non-Ferrous Metal Recovery in Recycling Processes

StokkermilLab Circular Laboratory Sieve for Particle Size Analysis and Material Testing: An Essential Tool for Recycling and Material Analysis Labs

Laboratory Magnetic Separator for Ferrous Metal Recovery Testing – Precision Tools for Research and Metal Recycling Labs

Discover how StokkermilLab’s high-precision lab equipment helps optimize recycling processes and advance materials research.

Discover how Stokkermill is leading innovation in industrial solar panel recycling at IFAT 2026 (BOOTH: B6 210), turning solar waste into high-value resources with tailored, versatile solutions for material recovery.

Discover how Stokkermill highlighted its electric motor recycling solutions, advanced copper recovery technologies, and strategic partnership with Stokkermill Mexico at the Residuos 2026 trade show.

Find out why the silver content in old panels varies from 2700 to 5000 PPM. Stokkermill's strategy of homogeneous batches to exceed €2000/ton.

The growing demand for rare earth elements (REE) and critical raw materials is driving the development of advanced, sustainable and water-free mineral processing technologies. In this context, electrostatic separation is gaining renewed attention as a key dry beneficiation method for fine particles and complex mineral mixtures.

In the rapidly expanding world of photovoltaic panel recycling, operational needs can vary dramatically from one company to another. For many business owners and recovery facilities, the ideal first step into this sector is our “Entry Level” solution: the SOLAR-EL system.

Photovoltaic Panel Recycling Plants: Stokkermill’s Integral Volumetric Process