This innovative process enables highly effective material separation based on characteristics such as two-dimensional and three-dimensional shapes – for example, distinguishing cubic or rolling materials from flat or soft materials – as well as particle size.
By accurately separating materials with high calorific value from commercial and household waste streams, the Ballistor helps produce quality material suitable for alternative fuel production and advanced recycling applications.
Built for long-term durability and operational efficiency, the Ballistor features replaceable wear zones and a maintenance-friendly design that helps reduce servicing time and lower operating costs. Available in four different sizes with a range of customisable options, the machine can be precisely configured to suit specific processing requirements, providing excellent flexibility and efficiency for modern waste and recycling operations.
Features & Benefits:
- Efficient Separation of Materials: Combines ballistic separation with screening to efficiently sort waste and recyclables, maximising the recovery of valuable materials.
- Single-Step High-Calorific Separation: Isolates high-calorific fractions in one pass, making it ideal for producing alternative fuels from commercial and household waste.
- Low Maintenance and Durable Design: Engineered with replaceable wear zones and easy maintenance access, keeping operational costs and downtime to a minimum.
- Versatile and Adaptable: Available in multiple sizes and configurations, the Ballistor can be customised to match specific waste processing requirements, enhancing flexibility and efficiency.
Type range:
- Ballistor 4300 Ballistic Separator: Connected Load 5,5, throughput up to 60 m³/h.
- Ballistor 6300 Ballistic Separator: Connected Load 5,5, throughput up to 100 m³/h.
- Ballistor 8300 Ballistic Separator: Connected Load 11, throughput up to 130 m³/h.
- Ballistor 10300 Ballistic Separator: Connected Load 11, throughput up to 160 m³/h.
