A vacuum-powered system to transport regrind using air pressure.

Holes drilled at an angle to catch long sprues/runners, common in injection molding.

A screw-style feeder used to convey material into shredders or granulators.

Uses a rotating screw to move regrind out of the granulator.

The stationary knife positioned against which the fly knife cuts.

A mounting option allowing direct discharge from a cyclone or material collection box.

Compact granulators placed next to molding machines for immediate scrap processing.

Hopper adapted for large, awkward parts like bumpers or tanks.

Larger, high-capacity granulators located in a central facility area.

A remote location in the facility where material is processed from multiple lines.

A magnet in the feed chute that removes metal contaminants.

A flexible design allowing processing of both bulky and dense materials, depending on the number of rotor knives used.

A hopper setup that allows material to be fed directly from a conveyor.

Automated transport of material into the shredder or granulator.

The method used to remove regrind from the granulator.

A twin-flywheel setup for added cutting momentum and energy efficiency.

A two-blower evacuation system that separates dust from usable regrind.

Hopper paired with feedrolls for web or continuous material.

Mechanisms that feed thin sheets or edge trim into the granulator.

Hopper optimized for thin, flat material like film scrap.

A hopper designed to handle various shapes and sizes of scrap, often bolt-on for versatility.

The moving knife mounted on the rotor that performs the cutting action.

A passive system where material falls downward into a container.

Manual loading of material into the equipment.

A rotor type designed for heavy-duty grinding with high knife impact.

A feature allowing the hopper to tilt for better access or feeding.

Equipment placed directly in the production line for immediate recycling of scrap.

Mounting points for attaching bed and fly knives.

The design of the cutting edge that affects how the material is sliced.

Precision bearings for smooth movement of components like feedrolls.

A simple discharge method where ground material falls into a bin for manual removal.

A screen designed for smaller hole sizes, machined to maintain strength and flow.

An evacuation method where the blower is after the cyclone to reduce fine generation.

Offers a higher bed knife position; ideal for thick profiles and sheet scrap.

A lightweight rotor with cutouts to reduce inertia.

A screen with uniform holes; used for most applications.

A screen with uniform holes; used for most applications.

Equipment used to grind plastic into powder, typically from granulated material.

Reprocessed plastic material that has been ground down for reuse.

Infeed setup designed for robotic placement or automated sprue pickers.

The rotating shaft with mounted knives that cuts material in a granulator.

Electrical relays that ensure the machine operates only under safe conditions.

The mesh or perforated surface used to control the output size of granules.

The diameter of the holes in a granulators screen that determines the final particle size.

A compact, low-maintenance granulator designed for filled materials and sprues/runners.

The process of breaking down large plastic parts into smaller pieces for easier processing or reuse.

A heavy rotating disk that helps maintain cutting momentum.

A fully solid rotor designed for durability and high-torque cuts.

A cabinet or covering that reduces equipment noise.

A rotor design where knives are spaced at intervals to allow consistent feeding.

A standard chamber for heavier cross-section parts; uses a direct drop design.

Sensors that monitor temperature in the cutting chamber.

A proprietary rotor design optimized for tough cutting applications.

Equipment located beneath the production line, typically in extrusion or thermoforming applications.

Pads placed under machines to minimize vibration and noise.