Real materials
Volumes, material condition, composition and contamination define the starting point.
Stokkermill at ECOMONDO 2026
Cable and solar panel recycling: technologies that deliver measurable results.
Technologies developed around real input material.
In Rimini, we will present and discuss industrial solutions developed around real input material, process continuity and the quality of the recovered outputs.
ECOMONDO 2026 focus
Two core areas. Configurations built around the application.
Our journey towards ECOMONDO will focus primarily on Stokkermill Solar and Cable solutions.
Solar
Photovoltaic panel recycling
Complete, scalable mechanical solutions defined around volumes, input conditions and the required level of automation.
Discover Stokkermill Solar CableCable recycling and processing
Preparation, granulation and separation with different configurations based on material composition and required processing capacity.
Discover Stokkermill Cable
Other Stokkermill technologies
WEEE, metal processing and separation technologies complete the discussion on industrial applications and the valorisation of recovered fractions.
What you will see at ECOMONDO 2026
A journey that develops step by step.
Between now and November, we will add technologies, configurations, outputs and data relating to what will actually be presented in Rimini.
Industrial configurations
The process is developed around the required capacity and the characteristics of the application.
Measurable results
Quality, continuity and the ability to send recovered fractions to the next industrial stage.
Information on the technologies and configurations displayed at the exhibition will be published once confirmed.
Towards Rimini
Insights and updates.
Blog articles and LinkedIn posts following Stokkermill's journey towards ECOMONDO 2026.
From the Stokkermill blog
Technical insightsHow to size a cable recycling plant
Hourly capacity, type of incoming cable, copper content and required purity: the parameters to define before choosing the configuration of a cable recycling plant.
Read the articleSolar panel recycling: recovered materials
Glass, aluminium, copper, silver and silicon: in photovoltaic panel recycling, what comes out of the plant is what matters. The quality of the recovered fractions defines the real value of the process.
Read the articleRecycling difficult cables: Teck, wire harness and household cables
Armoured Teck cables, wire harnesses and household cables: complex compositions that require dedicated preparation and separation to obtain genuinely recoverable copper and plastic fractions.
Read the articleSolar panel recycling: over-specialisation poses a risk in the recycling sector
A plant designed for a single material stream is vulnerable to changes in volumes and input. In photovoltaic panel recycling, process flexibility becomes a key factor in industrial continuity.
Read the article
Cable recycling: Stokkermill's new technology at ECOMONDO 2026
A new cable processing technology, developed around the actual material composition and the required processing capacity. At ECOMONDO 2026, Stokkermill will show how preparation, granulation and separation translate into measurable recovered fractions.
Read the articleSolar panel recycling: why dismantling isn't the answer
Dismantling is not recycling. Industrial recycling begins when material is genuinely liberated, separated and transformed into measurable, recoverable fractions at a viable scale.
Read the article
Stokkermill at ECOMONDO 2026: technologies for solar panel and cable recycling
A recycling technology is only useful when it can transform a real, variable waste stream into a measurable industrial output. This is the approach Stokkermill will bring to ECOMONDO 2026.
Read the articleFrom LinkedIn
Posts and updates
Sizing a cable recycling plant starts with the input
Volumes, cable mix and required output quality: these are the data on which the right plant configuration is built.
Read the post on LinkedIn
What comes out matters: fractions recovered from solar panels
In photovoltaic panel recycling, results are measured by the output: clean, separated fractions ready for the next industrial stage.
Read the post on LinkedIn
Difficult cables: the recycling challenge on the road to ECOMONDO 2026
Not all cables are the same. Armouring, multi-layer structures and mixed compositions require configurations built around the actual material to recover high-quality copper.
Read the post on LinkedIn
One plant, two streams: Solar and WEEE
A dual-use configuration for photovoltaic panels and WEEE: a Stokkermill plant designed to adapt to different material streams and maintain production continuity.
Read the post on LinkedIn
Cable recycling: a new technology on the road to ECOMONDO 2026
Preparation, granulation and separation configured around cable composition and required capacity: the new Stokkermill Cable technology we will bring to Rimini.
Read the post on LinkedIn
It isn't ideology. It's engineering.
Hot delamination and integral cold shredding: two different technologies across three configurations developed around the actual input, available volumes and required output.
Read the post on LinkedIn
A technology is useful when it delivers a measurable industrial result
A recycling technology is only useful when it can transform a real, variable waste stream into a measurable industrial output. This is the approach Stokkermill will bring to ECOMONDO 2026.
Read the post on LinkedInUseful information
Frequently asked questions about ECOMONDO 2026.
When will ECOMONDO 2026 take place?
ECOMONDO 2026 will take place from 3 to 6 November 2026 at Rimini Expo Centre, from 9:30 am to 6:30 pm. Stokkermill will be there to meet operators, recyclers and partners.
Which recycling solutions will be presented at ECOMONDO 2026?
Stokkermill's participation will focus particularly on photovoltaic panel recycling technologies and electrical cable processing, with solutions developed around the actual input, required capacity and target output.
Will solar panel recycling solutions be presented?
Yes. Stokkermill will progressively examine the different Solar configurations, input characteristics, process stages and recoverable outputs.
Will cable recycling technologies be presented?
Yes. Stokkermill will present technologies for cable preparation, granulation and separation, with different configurations based on material composition and required processing capacity.
Where will the stand be located at ECOMONDO 2026?
A4/100
Is it possible to arrange a meeting during ECOMONDO?
Yes. You can contact the Stokkermill team in advance, providing details of the material to be processed, the required capacity and the project's recovery objectives.
What should you bring to a technical meeting at ECOMONDO?
To make the discussion with Stokkermill more productive, it is useful to know the input type and composition, available volumes, required capacity, possible contamination and the characteristics of the desired output. Photographs, material analyses or samples, when available, can also help define the process more accurately.
Meet us in Rimini
Bring your material. Let us discuss the result you need.
ECOMONDO 2026 · Rimini Expo Centre · 3–6 November · Stand details available soon. Share your input, required capacity and recovery objectives with the Stokkermill team.
This page will be updated with new Solar and Cable insights and information about Stokkermill's participation.
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