In the past years, the standards set by the glass industry have grown increasingly challenging, especially in terms of purity of ceramics, porcelain and non-ferric metals such as lead and aluminum. This is why eliminating non-glass materials is so central to the recycling process.
 
Right from the start, Binder+Co, a company with a long-standing tradition in the recycling industry, designed its machines to accommodate waste glass recycling. Special machines of the KSP family handle the separation of non-glass materials achieving separation qualities unrivalled by any other machines in the world.
 
A robust and clear mechanical construction and the high-tech sensors at the heart of the machine determine the glass recycling process. Impurities are identified using infrared backlighting. If impurities are detected that are impenetrable to the light, the evaluating electronic system triggers a blowout command at the appropriate magnet valve. The blowout jets arranged above the material flow eject the impurity at precisely the right moment.
 
So far, 700 such machines, available in two models - KSP classic and KSP sensity - have been sold worldwide, giving eloquent proof of Binder+Co's market leadership. KSP sensity is employed mostly for the sensitive fine fraction area 8mm.
 
Thanks to the modular construction of the KSP units, the machines can be retrofitted with additional identification modules for non-ferric metals at any later point in time, allowing the KSP models to take on the role of a metal separator, too.
 
KSP plus is the name of the latest generation of Binder glass processing machines. Efficient technology packaged in an exciting design. Even if the input material is of poor quality, the highest possible sorting efficiency and a minimum glass loss are to be granted.

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