Granulators

The GL Low Speed Granulator is one of the most compact and convenient machines for granulating plastic. The machine´s multiple blades ensure griding into very small pieces with very low power consumption. It is best used in applications that involve small pieces of molded plastic, ABS and PVC. Routine maintenance is simple due to an easy access to internal parts.

G35/G45/G55 Soundproof Granulators offer a soundproof, compact, low operating cost, all-in-one machine. With a wide variety of models available to choose from, the G35/G45/G55 Granulators are ideal for applications with small parts, small bottles, containers, injection molded parts, film, sheets, and elastic plastic parts.

The G50 Medium Sized Granulator is a machine used to granulate solid purgings, baled fiber, cast blocks, rubber tires, haystack film, blocks, rods, and heavy wall fittings. It has an easy access to the chamber for routine maintenance.

The G60/G70 is a Standard Heavy Duty Granulator that is ideal for foam, baled fiber, post-consumer bottles, film fibers, bumpers, and instrument panels. As the material goes through and meets the high strength knives, they slice through the material to the desired size. The hydraulic motor helps open and close the hopper. An easy access to the interior of the machine for routine maintenance.

The G80 Super Heavy Duty Granulator is designed for large-scale applications that require a large amount of horsepower and output. It comes equipped with high-density soundproof and an optional flywheel to improve energy efficiency. Applications that are best suited for this machine are solid purging, baled fiber, cast blocks, rubber tires, haystack film, blocks, rods, and heavy wall fittings.

The G100 T-Rex Granulators are specifically designed to meet the needs of very large and demanding applications. The T-Rex comes equipped with a large chamber opening which is able to feed wide sheets of film, PET, PVC, bumpers, and rubber tires to be grinded. There are a variety of heavy duty motors available to handle large output requirements while at the same time being energy efficient.