Embedding Cassettes and Storage
Electron Microscopy Sciences Block-Out Embedding Mold Release 150 ML
Base mold release compound. Excellent for use as a base mold coating to allow for easy separation of paraffin from the base mold. Helps to prevent paraffin build-up on metal base molds.
Electron Microscopy Sciences Embedding Cassette Metal Base Mold, 37 x 24 mm, 5 mm height
Fits most standard tissue embedding cassettes. Stainless steel construction provides superior thermal conductivity. The molds have a highly polished surface for easy paraffin block removal and cleaning. The well corners are rounded for effortless tissue block removal and optimal paraffin ribboning.
Footprint: 37 x 24 mm
Height: 5 mm
Electron Microscopy Sciences BlocStor 3 Tissue Block Storage for Supa Mega, Flatpack
The BlocStor range of tissue block storage products is manufactured from recycled fiberboard and provides a cost-efficient archiving and storage solution. All boxes are designed for strength, rigidity, long term archiving of tissue blocks, and for maximum utilization of storage space. Every BlocStor is supplied with a pre-printed archive label for clear identification and rapid retrieval.
Electron Microscopy Sciences HistoCool™ Tissue Cassette Cooling Tray Small, Red
These trays effectively aid in the cooling of tissue blocks. They are filled with freezer gel that stays frozen longer, up to 6-8 hours. Simply refreeze at the end of each day.
Color: Red
Capacity: 20 cassette
Dimensions: 8.5(L) x 8 (W) x 3 (H)
Electron Microscopy Sciences Supa Mega Slim Cassette, White
Supa Mega Slim Cassettes are an innovative solution for the processing and embedding of large tissue specimens. They are half the depth of a conventional Supa Mega Cassette, offering significant improvements in processing time, and ensures distortion free, consistent high quality tissue processing. Used in conjunction with the Supa Mega Slim embedding mould, they cast in 20 minutes at -8 degree C, compared to 50 minutes for conventional Supa Mega Blocks.
The novel hexagonal pore design offers a greater open surface area, compared to the slots of conventional Supa Mega Cassettes. This ensures a more efficient flow of reagents during processing and reduces carry over of reagents. The increased open surface area also reduces the occurrence of embedded specimens being separated from the cassette when sectioning fibrous specimens, as it significantly increases the binding between the embedded tissue block and the cassette.
Color: White
Electron Microscopy Sciences Supa Mega Slim Cassette, Blue
Supa Mega Slim Cassettes are an innovative solution for the processing and embedding of large tissue specimens. They are half the depth of a conventional Supa Mega Cassette, offering significant improvements in processing time, and ensures distortion free, consistent high quality tissue processing. Used in conjunction with the Supa Mega Slim embedding mould, they cast in 20 minutes at -8 degree C, compared to 50 minutes for conventional Supa Mega Blocks.
The novel hexagonal pore design offers a greater open surface area, compared to the slots of conventional Supa Mega Cassettes. This ensures a more efficient flow of reagents during processing and reduces carry over of reagents. The increased open surface area also reduces the occurrence of embedded specimens being separated from the cassette when sectioning fibrous specimens, as it significantly increases the binding between the embedded tissue block and the cassette.
Color: Blue
Electron Microscopy Sciences Supa Mega Slim Cassette, Green
Supa Mega Slim Cassettes are an innovative solution for the processing and embedding of large tissue specimens. They are half the depth of a conventional Supa Mega Cassette, offering significant improvements in processing time, and ensures distortion free, consistent high quality tissue processing. Used in conjunction with the Supa Mega Slim embedding mould, they cast in 20 minutes at -8 degree C, compared to 50 minutes for conventional Supa Mega Blocks.
The novel hexagonal pore design offers a greater open surface area, compared to the slots of conventional Supa Mega Cassettes. This ensures a more efficient flow of reagents during processing and reduces carry over of reagents. The increased open surface area also reduces the occurrence of embedded specimens being separated from the cassette when sectioning fibrous specimens, as it significantly increases the binding between the embedded tissue block and the cassette.
Color: Green
Electron Microscopy Sciences Supa Mega Slim Cassette, Red
Supa Mega Slim Cassettes are an innovative solution for the processing and embedding of large tissue specimens. They are half the depth of a conventional Supa Mega Cassette, offering significant improvements in processing time, and ensures distortion free, consistent high quality tissue processing. Used in conjunction with the Supa Mega Slim embedding mould, they cast in 20 minutes at -8 degree C, compared to 50 minutes for conventional Supa Mega Blocks.
The novel hexagonal pore design offers a greater open surface area, compared to the slots of conventional Supa Mega Cassettes. This ensures a more efficient flow of reagents during processing and reduces carry over of reagents. The increased open surface area also reduces the occurrence of embedded specimens being separated from the cassette when sectioning fibrous specimens, as it significantly increases the binding between the embedded tissue block and the cassette.
Color: Red
Electron Microscopy Sciences IP Biopsy VI Jet Biopsy VI Cassettes, Yellow
IP Biopsy VI cassettes are two-piece biopsy cassettes with 0.67 mm pores, a 45 degree writing surface and a secure latch closure. Taped cassettes have been designed for the Leica IPC Cassette Printer and offer <1% printing error rate. Loose: CE approved weight-5 Kg, dimensions inches (L x W x H)-12 x 7 x 10. S
Color: Yellow
Electron Microscopy Sciences IP ActivFlo Biopsy III Cassettes, Taped Green
Patented "Fluidic Flow" pore design maximizes reagent exchange. IP ActivFlo Biopsy Cassettes feature innovative V-shaped 0.67 mm pores that pull fluid in and force air out. Sloped walls create a basket for small tissue management. The one-piece cassettes with 'frangible lids' have been designed for the Leica IPC Cassette Printer, with <1% printing error rate.
Color: Taped Green
Electron Microscopy Sciences IP ActivFlo Biopsy III Cassettes, Taped Pink
Patented "Fluidic Flow" pore design maximizes reagent exchange. IP ActivFlo Biopsy Cassettes feature innovative V-shaped 0.67 mm pores that pull fluid in and force air out. Sloped walls create a basket for small tissue management. The one-piece cassettes with 'frangible lids' have been designed for the Leica IPC Cassette Printer, with <1% printing error rate.
Color: Taped Pink
Electron Microscopy Sciences IP ActivFlo Biopsy II Cassettes, Taped Aqua
Patented "Fluidic Flow" pore design maximizes reagent exchange. IP ActivFlo Biopsy Cassettes feature innovative V-shaped 0.67 mm pores that pull fluid in and force air out. Sloped walls create a basket for small tissue management. The one-piece cassettes with 'frangible lids' have been designed for the Leica IPC Cassette Printer, with <1% printing error rate.
Color: Taped Aqua
Electron Microscopy Sciences IP ActivFlo Biopsy II Cassettes, Gold
Patented "Fluidic Flow" pore design maximizes reagent exchange. IP ActivFlo Biopsy Cassettes feature innovative V-shaped 0.67 mm pores that pull fluid in and force air out. Sloped walls create a basket for small tissue management. The one-piece cassettes with 'frangible lids' have been designed for the Leica IPC Cassette Printer, with <1% printing error rate.
Color: Gold
Electron Microscopy Sciences EMS Multi-Well Embedding Mold, Blue
This unique silicone mold has 2 different cavity sizes to meet all of your embedding needs. 2 troughs: 1"(L) x 1/8"(W) x 1/8"(D). 14 cavities: 1/4"(L) x 1/2"(W) x 1/8"(D). 1 trough: 2 3/4"(L) x 3/32"(W) x 1/8"(D). 10 cavities: 3/8"(L) x 3/4"(W) x 1/8"(D). Each cavity has an alpha-numeric marking, A1-A7, B1-B7, C1-C5, D1-D5.
Electron Microscopy Sciences Embedding Cassettes in QuickLoad™ Sleeves, Orange
Molded from a special high density acetal polymer, they keep specimens safely submerged and are totally resistant to the chemical action of solvents used in histology laboratories. The efficient flow-through slots maximize fluid exchange and ensure proper reagent drainage.
Color: Orange