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What Is a Phantom Rapid Tissue Processor?

Phantom Rapid Tissue Processor
Written by Bilal Munsif

Phantom Rapid Tissue Processor is a sophisticated piece of equipment that is used to automate the process of tissue processing and embedding. This process is critical in histology, as it allows for the preparation of tissue samples for sectioning and staining, which is necessary for microscopic examination.

A phantom model can aid in the initial testing phases for CVA devices, reducing the number of animal experiments required. However, these models often require the use of trained vivarium personnel and anesthesia, which can be costly.


The process of embedding tissue is an important step in histology. It allows the tissues to be cut into sections and placed on a slide for microscopic examination.

Embedding can be done using a wide variety of techniques, including manual or automated. A Phantom Rapid Tissue Processor is an excellent choice for this task, as it automates the process and leads to improved tissue preservation and faster turnaround times compared to manual methods.

When embedding tissue with a Phantom Rapid Tissue Processor, the sample is transferred into a cassette that contains a liquid or molten paraffin wax. This liquid is then poured over the tissue, and the samples are placed into a paraffin block.


This is an expensive process, and only a small percentage of the specimens used in histology are plastic embedded. This is mainly due to the expense and the fact that these samples often require special dehydration and clearing reagents to be properly processed.

It is also necessary to make sure that the tissues are oriented correctly in the paraffin block. This is done by using a special instrument called a microtome.

There are many different types of microtomes available, and each is designed for a specific purpose. The most effective microtome is one that is able to produce the best tissue sections possible.


The correct microtome is a critical piece of equipment in any histology laboratory. It is crucial that the microtome be able to cut tissue into sections that are the correct size and thickness for microscopic analysis.

Having the right tools can ensure that tissue sections are produced accurately and that they look as good as possible when they are mounted on a glass slide. This is especially true for tissue sections that will be stained with water-soluble dyes, as this will require the removal of the paraffin wax from the sections. Satta matka.


A Phantom Rapid Tissue Processor is a highly specialized piece of equipment that automates the process of tissue processing and embedding. It uses a combination of heat and pressure to process the tissue samples, resulting in improved tissue preservation and faster turnaround times. It is commonly used in research and diagnostic settings, including academic institutions, hospitals, and biotechnology companies.


Tissues are fixed by a variety of methods and then infiltrated with a suitable medium, typically paraffin wax. The tissue is then embedded and ready for sectioning on a microtome.

Most tissue processing is performed with automated machines, either as a part of routine histopathology or as an individual procedure. Automated tissue processors are of two broad types: tissue-transfer machines and fluid-transfer machines.

Tissue-transfer machine

A tissue-transfer machine has a sealed retort in which the tissue is placed and reagents are pumped to the tissues. The retort has several reagent stations with variable temperatures and vacuum-pressure options. These reagent stations also allow the agitation of the processing fluids and paraffin wax.

The retort is sealed and reagent vapors are vented through filters or retained in a closed-loop system. The tissue-transfer machine is most suitable for histopathology departments that have a high volume of samples that need to be processed at any one time.

Many newer clearing agents are based on limonene, a volatile oil found in citrus peels. However, these can be hazardous and should not be used on all histopathology specimens.

Another option for clearing is methyl salicylate. It is a non-toxic alternative to ethanol and has less potential for toxic side effects. It is safe to use on most histopathology tissue specimens and can be used at a lower concentration than xylene.


Tissues are then fixed by the addition of formalin or glutaraldehyde. Formalin is the most common fixative, but some laboratories choose to use glutaraldehyde instead. The concentration of the fixative should be adjusted so that it does not cook the tissue, which can cause artifacts.

The tissue processor is a vital tool in histology and can help laboratories reduce their turnaround time and costs. It can process a wide range of tissue types and samples, and can even process samples that are difficult or impossible to process manually.


A Phantom Rapid Tissue Processor is a piece of equipment used in histology to automate the tissue processing and embedding process, which results in improved tissue preservation and faster turnaround times. The machine can process large quantities of samples at once, making it a valuable tool for histology laboratories. The device is typically comprised of several compartments, each with its own set of temperature and pressure controls. Each compartment dispenses the appropriate reagent at the correct time during the processing cycle.

The Tissue-Tek Xpress x120 is a fully automated, patented rapid tissue processor that uses breakthrough microwave technology. Improved molecular-friendly reagents and traditional vacuum infiltration to provide high-quality, rapid processing results in record time. It’s the first machine of its kind to offer continuous processing to ensure safe tissue handling and streamline your laboratory workflow. Designed to accommodate a wide variety of tissues and samples. It’s also the first in its class to be xylene and formalin-free, minimizing waste and promoting a safer work environment.

The Xpress x120 comes complete with less than 16 liters of ready-to-use reagents, which reduces in-lab inventory and saves money on lab supplies by cutting reagent waste by up to 80%. The Xpress x120 is an excellent choice for a histology laboratory that needs to quickly and efficiently process tissue specimens of all types.

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The Phantom Rapid Tissue Processor automates the process of tissue processing and embedding. Which leads to improved tissue preservation and faster turnaround times compared to manual methods. It is commonly used in research and diagnostic settings, including academic institutions, hospitals, and biotechnology companies. It can process a variety of tissue types and samples, which makes it an extremely versatile tool for histology laboratories.

Tissue processors are complicated machines that require a lot of maintenance. Vacuum pumps, rotary valves, heating units, and many feet of tubing are all components that must be properly maintained for optimal results.

Besides the obvious safety concerns, a well-maintained tissue processor. Will also ensure laboratory turnaround time and specimen quality are not compromised. In addition, if a component does fail.

Annual preventative maintenance of your tissue processors can help you avoid these failures. Ensure all your lab employees have a safe working environment. By ensuring your Phantom Rapid Tissue Processor is running at peak efficiency. You will be able to process more samples and improve laboratory turnaround time. If you want to know more information about phantom rapid tissue please click on this link

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About the author

Bilal Munsif

Hi, I'm Bilal, a technology expert with a Bachelor of Science in Computer Science. I am passionate about exploring the latest trends and advancements in the tech industry and have dedicated my career to staying up to date with the latest developments.

I have extensive experience in the field, having worked on numerous projects ranging from developing software applications to managing large-scale IT infrastructure. This has given me a unique perspective on the challenges faced by individuals and organizations in today's ever-evolving technological landscape.

I have a particular interest in emerging technologies such as artificial intelligence, blockchain, and the Internet of Things. I enjoy breaking down complex concepts into easy-to-understand ideas, making technology accessible to everyone. As an author for this technology website, I am committed to providing our readers with the latest news, insights, and opinions on all things tech.

My dedication to staying up to date with the latest tech advancements ensures that our readers are always informed and engaged. I believe that technology has the power to transform our lives, and I'm excited to be a part of the conversation that helps us understand and harness that power.

When I'm not working in the tech industry, I enjoy spending time with family and friends, exploring new places, and staying active. I'm an avid reader and always interested in the latest tech trends and advancements, which I believe can help shape our future.