Open-wire construction lets air, light, and cleaning solutions reach contents from all sides. These baskets are well suited for parts washing, sterilization, drying, and inventory storage where visibility and ventilation matter.

Style A—Powder-coated steel baskets with a nestable design that stacks inside each other to save space when empty. Wider mesh openings provide maximum airflow for drying and drainage.

Style B—Compact powder-coated steel baskets with a tighter mesh pattern for holding smaller parts without items slipping through. Nestable for efficient empty storage.

Style C—Zinc-plated steel baskets built for heavier loads, with a stackable design that lets full baskets sit securely on top of each other. The zinc plating resists corrosion in wet environments such as parts-washing stations.

Nest these vented baskets inside each other when empty to save storage space. Made of polypropylene with openings on all sides, they allow air circulation and drainage for washing, drying, and transporting parts, produce, or small components.

Mesh side panels maximize air circulation and visibility of contents. Made of all-welded steel, these trucks are strong and durable. Two rigid and two swivel casters make these trucks easy to steer.

These trucks have solid side panels to prevent small items from falling out. Made of all-welded steel, they are strong and durable. Trucks have two rigid and two swivel casters for easy steering and shock-absorbing rubber tread-on-core wheels for a cushioned ride over all surfaces.

Made entirely of 304 stainless steel, including the handles, these tote baskets resist corrosion from washdowns and chemical exposure, making them well suited for pharmaceutical, food processing, and cleanroom applications. All four sides and the bottom are vented to allow airflow, drainage, and visibility of contents. The stackable design lets you consolidate baskets when not in use or organize multiple baskets in storage racks.

Baskets are available with two bottom opening sizes, which control airflow and drainage rate while determining the minimum part size that can be contained without falling through.