Embedding Cassettes

Supplier: SAKURA FINETEK USA INC

Mega-Cassette® systems are designed for processing and embedding larger, thicker specimens, including bone, eye, and teeth. White, plastic cassettes feature snap-latch, hinge-lock, and disposable slotted lids that are easily removed with a twist. Three textured surfaces are available for writing. Resistant to solvents and decalcifying solutions. Reusable stainless steel base mold is sold separately.

Supplier: SIMPORT SCIENTIFIC INC.

These disposable plastic cassettes hold tissue specimens during processing and embedding, as well as in storage. Molded from a special high-density polymer, they can keep specimens safely submerged in liquid and are resistant to the chemical action of histological solvents. The efficient flow-through slots maximize fluid exchange and ensure proper drainage. The one-piece integral lids can be opened and closed as often as necessary and will always relock securely without danger of specimen loss. The unique front hinge design allows for single-hand cassette manipulation. The anterior writing area is slanted at a 45° angle to make the cassette more suitable with certain types of cassette labeling instruments.

Supplier: SIMPORT SCIENTIFIC INC.

These cassettes are made of a high-density acetal polymer and keep specimens safely submerged in liquid. The cassettes are totally resistant to the chemical action of histological solvents. The flow-through slots allow for maximum fluid exchange and ensure proper drainage. The one-piece integral lid eliminates the need for separate steel lids. The snap-latch and hinge-lock design prevents early separation of base and lid and allows for one-handed operation. Lids can be opened and closed as often as necessary and always relock securely without danger of specimen loss. Large labeling areas are located on three sides of the cassettes. The anterior writing area is at a 45° angle.

Supplier: SIMPORT SCIENTIFIC INC.

Made of high-impact polystyrene, these embedding rings are suitable for holding and identifying tissue sample blocks. The rings fit well in microtome chuck adapters. The etched writing surface on the ring is marked with an identification number and placed on top of the sample block. Additional paraffin is poured into the base mold to cement the ring onto the tissue block. The embedding ring securely holds the tissue sample in the microtome chuck adapter for sectioning and then identifies the sample while in storage.

Supplier: BIO PLAS INC.

Histo Plas™ disposable tissue processing capsule is made of polypropylene

Supplier: SIMPORT SCIENTIFIC INC.

These disposable plastic tissue cassettes are suitable for holding and identifying tissue samples in processing, embedding, and sectioning procedures. The cassettes fit securely in microtome chuck adapters. They are molded from a high-density acetal polymer that is totally resistant to the chemical action of histological solvents, except for clear cassette 82028-100, which is made of polypropylene. The cassettes are designed to accept standard metal lids and will keep specimens safe during processing. The 45° anterior, slanted writing surface accepts markings easily, permitting sample identification throughout all stages of embedding. The cassettes can also be used for automatic cassette labeling instruments.

Supplier: SIMPORT SCIENTIFIC INC.

Molded from a special high density polymer, these disposable cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of histological solvents. Cassettes have six numbered compartments measuring 7x12mm (⁵/₁₆x¹/₂"). The cover and base have over 3000 square openings of 0.26mm to maximize fluid exchange and ensure proper drainage. The mesh ensures efficient fluid exchange and drainage. The one-piece integral lid eliminates the need for separate steel lids. They can be opened and closed as often as necessary and they always relock securely without danger of specimen loss. Large labeling areas are located on three sides of the cassettes for convenience. Anterior writing area is at a 45° angle to make the cassette more suitable and for use with certain types of cassette labeling instruments. Available in 11 noncytotoxic, nonmetallic colors.

Supplier: SIMPORT SCIENTIFIC INC.

These disposable cassettes hold tissue specimens efficiently during the embedding process and in storage. Molded from acetal polymer, they keep specimens submerged in liquid and are resistant to the chemical action of histological solvents. The efficient flow-through slots maximize fluid exchange and ensure proper drainage. The one-piece integral lids snap apart and lock easily into the base of the cassettes. The anterior writing area is angled at 45° for suitability with certain types of cassette labeling instruments.

Supplier: SIMPORT SCIENTIFIC INC.

Disposable plastic cassettes hold tissue specimens during processing, embedding, and storage. They are molded from a special, high-density acetal polymer and are completely resistant to the chemical action of histological solvents. Cassettes keep specimens safely submerged in liquid while the efficient flow-through slots maximize fluid exchange and ensure proper drainage.

Supplier: SIMPORT SCIENTIFIC INC.

These disposable plastic cassettes with lids are made of acetal polymer and hold tissue or biopsy specimens during the embedding process and for storage. They keep specimens safely submerged in liquid and are totally resistant to the chemical action of histological solvents. The efficient flow-through slots maximize fluid exchange and ensure proper drainage. The one-piece integral lid eliminates the need for separate steel lids. The lid can be easily snapped apart and locked into the base of the cassette. Lids can be opened and closed as often as necessary and always relock securely without danger of specimen loss. Large labeling areas are located on three sides of the cassette. The anterior writing area is at a 30° angle. The biopsy cassettes feature 1mm square openings.

Supplier: BIO PLAS INC.

Histo Plas™ Capsettes™ provide a modular, organized means for safe and consistent processing, embedding, sectioning and storage of specimen samples.