You searched for: Embedding Rings
Precision-molded embedding rings accurately position tissue samples in shallow or deep base molds. After treated tissues are put in the mold, the uniform blocking device secures position before embedding medium is applied. Diverse color options and etched labeling surfaces allow quick identification after processing. Compatible with common processing systems, the uniform embedding rings successfully clamp and section biological specimen. Chemical resistant, the histological embedding rings are sturdy enough for any medium.
Evergreen Embedding Rings, Caplugs Evergreen
Supplier: Caplugs
Caplugs Evergreen embedding rings are for use in positioning histological tissues accurately in base molds. A treated sample is placed in the mold, the embedding ring is placed into position and the embedding medium is poured.
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Embedding Rings, Electron Microscopy Sciences
Supplier: Electron Microscopy Sciences
Molded from the highest quality plastic, our Embedding Rings fit most base molds. For added convenience, there are four colors from which to choose Blue, Pink, Green, Yellow. The large writing surface further eases identification and handling. The base measures 1 5/8 x 1 1/8" and the ring measures 25 x 25 mm (1 x 1").
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Histo Plas™ Embedding Rings, Bio Plas, Inc
Supplier: Bio Plas
Histology Embedding Rings provide a quick and easy way to uniformly embed tissues for further processing.
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Embedding Blocks, Electron Microscopy Sciences
Supplier: Electron Microscopy Sciences
Embedding blocks are precisely machined from hard phenolic resin
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Embedding Wells, Electron Microscopy Sciences
Supplier: Electron Microscopy Sciences
This section offers you a simple system of stainless steel well bars, chucks and freezing blocks, kept cold in cryostat, allow you to perform a variety of precision embedding techniques addressing the most difficult embedding tasks with ease and minimum time needed. 20 to 60 seconds needed to freeze (depending on the well size). Multiple samples handled quickly with no monitoring necessary (for placement of heat extractor). Precise flat or on edge embedding, predictable orientation, liquid samples easily embedded and no crush artifact caused by heat extractor weight. Reduce tissue waste with less trimming the result of flat plane of embedding. Minute samples embedding in the same plane. Less cryostat adjustments necessary, comfortably preformed on a shelf just inside most cryostats. Easy to use and saves time.