Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Metal lids are stainless steel and are a re-usable alternative for cassette lids.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

Cassettes are designed to contain incised tissue safely and securely for tissue processing, embedding, and sectioning. The cassettes are made of an acetyl copolymer designed to be solvent resistant during the normal tissue processing protocol. Specimen security can only be provided when Cassettes are used with approved and tested lids. Use of non-approved lids may lead to lid detachment during tissue processing. All cassettes with the exception of the Thinline and Fine Pore Cassette measure (H) 42.5mm, (W) 28.5mm, (D) 6.0mm. They are available in a range of colors. Differing in pore size and shape, there are three types available: Embedding, Biopsy, and Slotted. The choice of pore size is based on tissue type, size, and processing capabilities. The Histoscreen cassette utilizes a nylon mesh filter screen in the place of the typical pore sizes to be utilized for small, friable tissue that might escape the typical pore configurations during tissue processing. The Thinline and Fine Pore Cassettes have intermediate pore sizes between the Histoscreen and the traditional cassettes offering an injection moulded version with smaller pore size. Different coloured cassettes may be used to identify patient or tissue type.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

Double Cytofunnel is a disposable sample chamber with two chambers and pre-attached white filter card. It allows samples to be deposited into two deposition areas on a single slide which each measure 6 mm. The funnel can accommodate sample volumes up to 0.5 ml (0.25ml per side). Caps are also included but not necessary for use. The stainless steel Cytoclip, available separately, are used to mount the Cytofunnel to the slide for use with the Cytospin™ Cytocentrifuge. Double Cytofunnels are single use only.

The Single Cytofunnel is a disposable sample chamber with attached brown or white filter card and cap. The device allows for a single cell deposition area of 6 mm and accommodates samples up to 0.5ml for the white filter cards and 0.4ml for the brown filter cards. The filter cards are preattached and allow for different absorbency rates. Brown filter cards are optimal for scan specimens such as cerebrospinal fluid. The stainless steel Cytoclip, available separately, are used to mount the Cytofunnel to the slide for use with the Cytospin™ Cytocentrifuge. Single Cytofunnels are single use only.

Peel-A-Way Disposable Embedding Molds are made of rigid, transparent plastic. They are useful for plastic, frozen, and epoxy embedding. Peel-A-Way molds come in four sizes to accommodate different tissue sizes. Peel-A-Way Disposable Embedding Molds are for single use only

M-1 Embedding Matrix is formulated to section at temperatures between -12°C to -14°C and is particularly effective on specimens with high water content such as central nervous system and ocular tissues.

Immu-Mount™ and Aqua-Mount™ are water-based mounting media specially formulated for use with frozen section, immunoperoxidase techniques, and immunofluorescent preparations.

Peel-A-Way Disposable Embedding Molds are made of rigid, transparent plastic. They are useful for plastic, frozen, and epoxy embedding. Peel-A-Way molds come in four sizes to accommodate different tissue sizes. Peel-A-Way Disposable Embedding Molds are for single use only

Peel-A-Way Disposable Embedding Molds are made of rigid, transparent plastic. They are useful for plastic, frozen, and epoxy embedding. Peel-A-Way molds come in four sizes to accommodate different tissue sizes. Peel-A-Way Disposable Embedding Molds are for single use only

Xylene Substitute Mountant was specially formulated for its compatibility with Epredia™ Xylene Substitute, but it will work very well in all routine mounting of specimens with xylene. Although compatible with Xylene Substitute, this mounting medium is not soluble in it. See the section on “Removing A Coverslip” on Instructions for Use.

Xylene Substitute Mountant was specially formulated for its compatibility with Epredia™ Xylene Substitute, but it will work very well in all routine mounting of specimens with xylene. Although compatible with Xylene Substitute, this mounting medium is not soluble in it. See the section on “Removing A Coverslip” on Instructions for Use.

Shandon-Mount™ is a toluene-based mounting medium that can be used as a conventional mounting medium, or it can be employed as a liquid coverslip. When used as a liquid coverslip, Shandon-Mount dries overnight for next day filing.

Shandon-Mount™ is a toluene-based mounting medium that can be used as a conventional mounting medium or it can be employed as a liquid coverslip. When used as a liquid coverslip, Shandon-Mount dries overnight for next day filing.

The UniSystem tubes are disposable, polystyrene tubes graduated to 12 mL, with unique patented tips designed to retain a standardized 0.4 mL volume of sediment or liquid when decanted. Up to 10 tubes can be simultaneously decanted by using the UniSystem Rack or tubes can be individually decanted by hand.

The UniSystem tubes are disposable, polystyrene tubes graduated to 12 mL, with unique patented tips designed to retain a standardized 0.4 mL volume of sediment or liquid when decanted. Up to 10 tubes can be simultaneously decanted by using the UniSystem Rack or tubes can be individually decanted by hand.

The UniSystem tubes are disposable, polystyrene tubes graduated to 12 mL, with unique patented tips designed to retain a standardized 0.4 mL volume of sediment or liquid when decanted. Up to 10 tubes can be simultaneously decanted by using the UniSystem Rack or tubes can be individually decanted by hand.

The UniSystem tubes are disposable, polystyrene tubes graduated to 12 mL, with unique patented tips designed to retain a standardized 0.4 mL volume of sediment or liquid when decanted. Up to 10 tubes can be simultaneously decanted by using the UniSystem Rack or tubes can be individually decanted by hand.

Peel-A-Way Disposable Embedding Molds are made of rigid, transparent plastic. They are useful for plastic, frozen, and epoxy embedding. Peel-A-Way molds come in four sizes to accommodate different tissue sizes. Peel-A-Way Disposable Embedding Molds are for single use only

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

The Clipped Funnel Starter Kit is conveniently packaged for first time users to experiment with the different available funnels. The Starter kit includes EZ Megafunnel Caps and Slides (1x25ct), Double Cytofunnels with White Filter Cards (1x25ct), Single Cytofunnels with White Filter Card (1x25ct), a sample pack of Coated Double Cytoslides (2x25ct) and Cytoclips (2x6ct).

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue. Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.

The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.

Disposable Base Molds are designed for use with all standard size tissue cassettes and embedding rings. They are molded from rigid plastic and the block design provides greater base support and smaller cutting surfaces. Cleaning associated with metal molds is not required and the transparency facilitates tissue orientation. Disposable base molds come in four different sizes to accommodate different tissue sizes.

Disposable Base Molds are designed for use with all standard size tissue cassettes and embedding rings. They are molded from rigid plastic and the block design provides greater base support and smaller cutting surfaces. Cleaning associated with metal molds is not required and the transparency facilitates tissue orientation. Disposable base molds come in four different sizes to accommodate different tissue sizes.

Disposable Base Molds are designed for use with all standard size tissue cassettes and embedding rings. They are molded from rigid plastic and the block design provides greater base support and smaller cutting surfaces. Cleaning associated with metal molds is not required and the transparency facilitates tissue orientation. Disposable base molds come in four different sizes to accommodate different tissue sizes.

Disposable Base Molds are designed for use with all standard size tissue cassettes and embedding rings. They are molded from rigid plastic and the block design provides greater base support and smaller cutting surfaces. Cleaning associated with metal molds is not required and the transparency facilitates tissue orientation. Disposable base molds come in four different sizes to accommodate different tissue sizes.

Disposable Base Molds are designed for use with all standard size tissue cassettes and embedding rings. They are molded from rigid plastic and the block design provides greater base support and smaller cutting surfaces. Cleaning associated with metal molds is not required and the transparency facilitates tissue orientation. Disposable base molds come in four different sizes to accommodate different tissue sizes.

The Dry Container portfolio is designed to provide the end-user with the flexibility of filling their own container with a specified fixative. These non-sterile containers are supplied unlabeled and unassembled. The Dry Containers do not expire, and storage temperature should be evaluated on an individual basis according to the reagent in which the container is filled.