| Fabricante | Exact |
| Modelo | Evolution 10 |
| Ano | 2020 |
| Tipo de unidade | Granulator |
| Especificações | This system is used for recover in-line Edge trim or Off line rolls and immediate recycling with virgin materials. |
| Incluido |
Granulator Infeed device Inner Synchronism Dandy roll Outer synchronism Contact style chip conveying system Under hopper forced feeder Connector |
The EXACT Evolution 10 granulator is a modern size-reduction solution designed for efficient processing of plastic waste and production scrap within the flexible packaging industry. EXACT is known for manufacturing robust and precise granulation systems that combine compact design with high operational reliability. Their equipment is widely used in plastics converting and recycling environments where consistent regrind quality and dependable performance are essential.
The Evolution 10 model is engineered for controlled and efficient granulation of various plastic materials, making it particularly suitable for in-house recycling of film, edge trim, start-up scrap, and other production waste streams. Thanks to its optimized cutting geometry and solid construction, the machine delivers uniform particle size while maintaining stable operation. This contributes to improved material handling and facilitates the reintroduction of regrind into the production process.
Manufactured in 2020 and barely used, this Exact Evolution 10 granulator represents a nearly new opportunity for companies looking to expand or modernize their recycling capacity. Newer-generation granulators are valued for their improved energy efficiency, reduced noise levels, and user-friendly maintenance access, all important factors in today’s production environments.
Granulators such as the Evolution 10 play a key role in sustainable flexible packaging production by enabling efficient material recovery and minimizing waste. EXACT equipment is generally recognized for its durability and suitability for continuous industrial operation, making it a reliable choice for plastics processors seeking long-term performance.
