Stokkermill plants, applications and projects worldwide
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Industrial plants for recycling end-of-life photovoltaic solar panels. Semi-automatic and automatic solutions for treating framed, unframed, damaged or off-specification PV modules, using mechanical delamination and separation processes to recover aluminium, glass, copper and silicon/silver concentrate.
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Industrial solutions for the treatment of WEEE, waste electrical and electronic equipment. Modular lines for shredding, separation and recovery of metals, plastics, glass and electronic components.
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Machines, granulators and complete plants for recycling and processing electric cables, with efficient recovery of copper and aluminium from industrial, automotive, household and WEEE cable streams.
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Stokkermill technologies for safely managing high-voltage batteries, lithium-ion modules and energy storage systems. An integrated pathway from storage and controlled discharge through to dismantling, mechanical treatment and the recovery of valuable materials.
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The HM series hammer mills are designed for the shredding and size reduction of metal scrap, mixed waste, aluminium profiles, copper, electric motors and mixed metal materials. Robust, high-performance solutions for recycling and metal treatment plants.
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Advanced optical, colour and X-ray sorting systems for the intelligent recovery of materials. Stokkermill Sorting integrates machine vision, XRF/XRT technology and Industry 4.0 automation to make recycling more precise, efficient and controllable.
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Reliable solutions, drawn from Stokkermill's industrial experience and developed for research, materials testing and quality control. Advanced systems allow process parameters to be adjusted, trials to be logged, and the most effective configurations to be defined with precision.
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A look at the latest installations, our customers in the global market, real-life cases and the value of our solutions for the recycling industry.
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We have been innovating and improving material recycling technologies for 30 years, with 1000+ plants and machines installed in over 30 countries. Preferred by:
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The value of cables. Copper cables are a valuable source of metal that can be recycled and reused, reducing the need for new copper mining and the associated environmental impact. It is estimated that millions of tons of copper cables are discarded each year, contributing to the growing e-waste problem. By recycling copper cables, copper and other precious metals can be recovered, helping to reduce waste and conserve natural resources.
CRH-LCD is the Stokkermill line developed for recycling LCD monitors. A dedicated industrial solution, with a fully enclosed, vacuum-assisted, and filtered process, which guarantees operator safety, regulatory compliance, and selective material recovery.
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Stokkermill is always ready to listen to the customer's needs to help with tailored solutions. Our team of technicians and engineers will provide experience and expertise. Exceptional staff always available.
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It is estimated that more than 10 million tons of printed electronic board waste is generated worldwide each year, and this amount is steadily increasing. Recycling PCBs allows for the separation and recovery of metals and components of higher commercial value.
The HV Battery Disassembly Table with integrated cooling tank is a safe industrial solution designed for controlled disassembly of high-voltage lithium batteries.
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Industrial container for safe storage of HV Li-ion and EV batteries, with internal compartmentalization to prevent propagation, fire safety systems, and thermal monitoring, compliant with recycling and logistics safety requirements.
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HV discharger unit for Li-ion and EV batteries, offering deep discharge up to 96V, residual energy reduction and thermal risk mitigation, integrable in recycling plants.
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Plants for shredding, sorting metal fractions and separating blackmass. Millions of tons of lithium-ion batteries will be discarded in the coming years, creating an environmental challenge. Recycling lithium-ion batteries enables the separation and valorization of valuable metals such as lithium, cobalt, nickel, and manganese, and become a sustainable and economical source of raw materials for new batteries and other industries.
The recycling of end-of-life tyres (ELTs) is one of the most strategic processes in modern waste management and material recovery. Every year, millions of tyres are disposed of and must be treated using reliable and safe technologies. The first essential operation is the separation of the rim from the tyre, a step that enables the rubber and the metal to be correctly directed into their respective recovery streams.
The Stokkermill Mechanical Refiner reduces the metal fraction of PCBs to less than 1 mm, transforming a heterogeneous mix of copper, aluminum, and tin into a homogeneous, ready-to-use material. This increases sampling accuracy, accelerates chemical refining processes, and creates a premium product, maximizing foundry yield and the economic value of the raw material.
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E-Motorchop breaker. Enables recovery of copper windings in the stator of electric motors destined for scrapping and recycling processes. With magnetic stator coupling and level 3 safety controls.
Stokkermill is always ready to listen to the customer's needs to help with tailored solutions. Our team of technicians and engineers will provide experience and expertise. Exceptional staff always available.
Tech sheet
Simple and reliable solutions, typical of industrial applications, but sophisticated and equipped with parameter control systems that can broaden and better define the field of use and can operate with micrometric precision, essential for research and development. These machines can be integrated into laboratory automation systems, optimising processes and increasing efficiency.
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