ANCILLARY EQUIPMENT
CMG develops advanced granulation technologies for plastics recycling. Its solutions combine high productivity, energy efficiency and superior regrind quality. The Evolution Series is designed for demanding industrial applications. With over 45 years of experience, CMG delivers reliable, high-performance systems.
The EV916 granulator with regrind Evac system
The CMG Granulator EV92-220
GRANULATION EVOLVES FROM PROCESS TO
COMPETITIVE ADVANTAGE
Italian technology plast / October 2026
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CMG took center stage at Plast 2026, the leading international trade fair for the plastics and rubber industry, showcasing a technological offering designed to meet the new demands of the industrial recycling market. In today’ s plastic recycling landscape— characterized by increasingly heterogeneous post-consumer streams, growing use of recycled materials, and ever more demanding sustainability targets— granulation quality has become a strategic factor throughout the entire production process. For CMG, granulation is not simply an operational step, but a key element capable of directly impacting productivity, operational continuity, recycled material quality, and plant energy efficiency. This vision is one of the brand’ s main distinguishing features.
INDUSTRIAL GRANULATION: WHY REGRIND QUALITY MAKES THE DIFFERENCE In the industrial plastics recycling sector, not all regrind is created equal.
Uniform regrind, free from dust and with consistent particle size distribution, allows companies to:
• reduce production waste
• improve downstream process stability
• optimize extrusion and processing conditions
• increase overall plant efficiency
• enhance the quality of the final recycled material
This concept is the foundation of CMG’ s technological approach: transforming granulation into a concrete and measurable competitive advantage for customers.
EV 92-220: THE CMG GRANULATOR FOR HIGH-CAPACITY POST-CONSUMER RECYCLING At PLAST 2026, CMG showcased the EV 92-220, one of the most advanced models in the Evolution Series, designed for high-intensity and complex recycling applications.
www. plastmagazine. it