Filter

Categories
Price Range
Min Price:
Max Price:
-
Weight
Discount
Material
Type of Product
Brands

Microtomes

Showing 22 out of 22 products

Sort by
₹48,379  
A Labpro 291 Spencer Type Automatic Razor Knife Sharpener is a precision cutting instrument used in microscopy and histology to produce thin slices (sections) of biological specimens for examination under a microscope. The process of cutting thin sections is known as microtomy. Microtomes are commonly used in research laboratories, medical facilities, and educational institutions for various applications, including tissue analysis, pathological examination, cell biology research, and preparation of samples for electron microscopy. Here's how a microtome typically works: Specimen Preparation: The biological sample, which can be a tissue block, plant material, or other types of specimens, is first embedded in a suitable medium like paraffin wax or a plastic resin. This embedding process helps to provide structural support and maintain the integrity of the sample during sectioning. Mounting the Specimen: The embedded specimen is then securely mounted onto a sample holder or a metal chuck. The mounting ensures that the specimen remains stable during the sectioning process. Sectioning: The microtome consists of a cutting mechanism that moves the specimen past a stationary blade or a blade that moves across the stationary specimen. The blade's position can be adjusted to control the thickness of the sections. As the specimen is moved, the blade cuts thin slices from the sample in a controlled manner. Section Collection: The sliced sections are collected on a glass slide or another suitable substrate. The sections can be floated on a water bath or carefully lifted onto the slide using specialized tools. Staining and Further Processing: After sectioning, the collected sections may undergo various staining or labeling procedures to enhance contrast and visualize specific cellular structures or components. The stained sections are typically covered with a glass coverslip using mounting media to protect and preserve them for microscopic examination. Microtomes come in various types, including manual microtomes, rotary microtomes, cryostats, and ultramicrotomes, each with specific features and capabilities. Manual microtomes require manual operation for sectioning, while rotary microtomes have a rotary wheel mechanism to advance the specimen. Cryostats are specialized microtomes used for cutting frozen tissue sections, and ultramicrotomes are used for producing extremely thin sections for electron microscopy. Using a microtome requires skill and precision to obtain consistent and thin sections. Proper maintenance, cleaning, and blade sharpening are essential to ensure accurate and high-quality sectioning. Microtomes play a crucial role in biological research and medical diagnostics by allowing scientists and pathologists to examine the internal structures of tissues and cells in detail. They enable the study of cellular morphology, identification of abnormalities, and advancement in various fields of research and medical practice.
₹35,399  
A Labpro 290 Senior Precision Rotary Microtome with Latest Spencer 800 Type is a precision cutting instrument used in microscopy and histology to produce thin slices (sections) of biological specimens for examination under a microscope. The process of cutting thin sections is known as microtomy. Microtomes are commonly used in research laboratories, medical facilities, and educational institutions for various applications, including tissue analysis, pathological examination, cell biology research, and preparation of samples for electron microscopy. Here's how a microtome typically works: Specimen Preparation: The biological sample, which can be a tissue block, plant material, or other types of specimens, is first embedded in a suitable medium like paraffin wax or a plastic resin. This embedding process helps to provide structural support and maintain the integrity of the sample during sectioning. Mounting the Specimen: The embedded specimen is then securely mounted onto a sample holder or a metal chuck. The mounting ensures that the specimen remains stable during the sectioning process. Sectioning: The microtome consists of a cutting mechanism that moves the specimen past a stationary blade or a blade that moves across the stationary specimen. The blade's position can be adjusted to control the thickness of the sections. As the specimen is moved, the blade cuts thin slices from the sample in a controlled manner. Section Collection: The sliced sections are collected on a glass slide or another suitable substrate. The sections can be floated on a water bath or carefully lifted onto the slide using specialized tools. Staining and Further Processing: After sectioning, the collected sections may undergo various staining or labeling procedures to enhance contrast and visualize specific cellular structures or components. The stained sections are typically covered with a glass coverslip using mounting media to protect and preserve them for microscopic examination. Microtomes come in various types, including manual microtomes, rotary microtomes, cryostats, and ultramicrotomes, each with specific features and capabilities. Manual microtomes require manual operation for sectioning, while rotary microtomes have a rotary wheel mechanism to advance the specimen. Cryostats are specialized microtomes used for cutting frozen tissue sections, and ultramicrotomes are used for producing extremely thin sections for electron microscopy. Using a microtome requires skill and precision to obtain consistent and thin sections. Proper maintenance, cleaning, and blade sharpening are essential to ensure accurate and high-quality sectioning. Microtomes play a crucial role in biological research and medical diagnostics by allowing scientists and pathologists to examine the internal structures of tissues and cells in detail. They enable the study of cellular morphology, identification of abnormalities, and advancement in various fields of research and medical practice.
₹6,135  
The Weswox RW140 Both Side Wedged Microtome Blade epitomizes precision and efficiency in microtome blade technology, catering to the exacting requirements of histology and pathology laboratories. Microtomes are indispensable instruments for slicing thin sections of tissue specimens for microscopic examination, and the RW140 blade is engineered to deliver consistently high-quality results. Distinguished by its both-side wedged design, the RW140 blade ensures enhanced stability and accuracy during cutting procedures. This design minimizes vibrations, facilitating smooth and uniform sectioning of tissue samples, thereby yielding clear and well-defined slices for microscopic analysis. The blade's exceptional sharpness and durability further augment its performance, enabling extended use without compromising cutting precision.Crafted to meet stringent quality standards, the Weswox RW140 blade is compatible with a wide array of microtome models, offering versatility and adaptability in laboratory settings. Whether employed in routine histological examinations or cutting-edge research endeavors, the RW140 blade consistently delivers reliable performance, even in the most demanding tissue sectioning tasks.In summary, the Weswox RW140 Both Side Wedged Microtome Blade represents the epitome of precision, durability, and quality in tissue sectioning technology. It serves as an indispensable tool for histologists, pathologists, and researchers seeking superior performance and accuracy in their tissue slicing applications.
₹27,139  
A Labpro 289 Erma Type Rotary Microtome is a precision cutting instrument used in microscopy and histology to produce thin slices (sections) of biological specimens for examination under a microscope. The process of cutting thin sections is known as microtomy. Microtomes are commonly used in research laboratories, medical facilities, and educational institutions for various applications, including tissue analysis, pathological examination, cell biology research, and preparation of samples for electron microscopy. Here's how a microtome typically works: Specimen Preparation: The biological sample, which can be a tissue block, plant material, or other types of specimens, is first embedded in a suitable medium like paraffin wax or a plastic resin. This embedding process helps to provide structural support and maintain the integrity of the sample during sectioning. Mounting the Specimen: The embedded specimen is then securely mounted onto a sample holder or a metal chuck. The mounting ensures that the specimen remains stable during the sectioning process. Sectioning: The microtome consists of a cutting mechanism that moves the specimen past a stationary blade or a blade that moves across the stationary specimen. The blade's position can be adjusted to control the thickness of the sections. As the specimen is moved, the blade cuts thin slices from the sample in a controlled manner. Section Collection: The sliced sections are collected on a glass slide or another suitable substrate. The sections can be floated on a water bath or carefully lifted onto the slide using specialized tools. Staining and Further Processing: After sectioning, the collected sections may undergo various staining or labeling procedures to enhance contrast and visualize specific cellular structures or components. The stained sections are typically covered with a glass coverslip using mounting media to protect and preserve them for microscopic examination. Microtomes come in various types, including manual microtomes, rotary microtomes, cryostats, and ultramicrotomes, each with specific features and capabilities. Manual microtomes require manual operation for sectioning, while rotary microtomes have a rotary wheel mechanism to advance the specimen. Cryostats are specialized microtomes used for cutting frozen tissue sections, and ultramicrotomes are used for producing extremely thin sections for electron microscopy. Using a microtome requires skill and precision to obtain consistent and thin sections. Proper maintenance, cleaning, and blade sharpening are essential to ensure accurate and high-quality sectioning. Microtomes play a crucial role in biological research and medical diagnostics by allowing scientists and pathologists to examine the internal structures of tissues and cells in detail. They enable the study of cellular morphology, identification of abnormalities, and advancement in various fields of research and medical practice.
₹7,197  
The Weswox RW180 Both Side Wedged Microtome Blade represents a pinnacle of precision and reliability in microtome blade technology. Specifically designed for use in histology and pathology laboratories, microtomes are essential instruments for cutting thin sections of tissue specimens for microscopic examination. The RW180 blade is meticulously engineered to ensure consistent and accurate sectioning, enabling researchers and medical professionals to obtain high-quality tissue samples for diagnostic or research purposes.One of the key features of the RW180 blade is its both-side wedged design, which enhances stability and precision during cutting procedures. This design minimizes vibrations and ensures smooth and uniform sectioning of tissue specimens, resulting in clear and well-defined tissue slices for microscopic analysis. The blade's exceptional sharpness and durability further contribute to its performance, allowing for prolonged use without compromising cutting quality.Manufactured to stringent quality standards, the Weswox RW180 blade is compatible with a wide range of microtome models, providing versatility and flexibility in laboratory settings. Whether used in routine histological examinations or cutting-edge research projects, the RW180 blade delivers consistent and reliable performance, meeting the demands of even the most challenging tissue sectioning tasks.Overall, the Weswox RW180 Both Side Wedged Microtome Blade embodies precision, durability, and quality, making it an indispensable tool for histologists, pathologists, and researchers seeking exceptional performance in tissue sectioning applications.
₹6,135  
The Weswox RW160 Both Side Wedged Microtome Blade is a precision-engineered tool designed to meet the exacting standards of histology and pathology laboratories. Microtome blades are essential components for slicing thin sections of tissue specimens for microscopic examination, and the RW160 blade is crafted to ensure consistent and precise sectioning, enabling researchers and medical professionals to obtain high-quality samples for diagnostic or research purposes.Key to the RW160 blade's performance is its both-side wedged design, which enhances stability and accuracy during cutting procedures. This design minimizes vibrations and ensures smooth and uniform sectioning of tissue specimens, resulting in clear and well-defined tissue slices suitable for detailed microscopic analysis. Additionally, the blade's exceptional sharpness and durability contribute to its long-lasting performance, allowing for extended use without compromising cutting quality.Manufactured to stringent quality standards, the Weswox RW160 blade is compatible with a wide range of microtome models, providing versatility and flexibility in laboratory settings. Whether used in routine histological examinations or advanced research projects, the RW160 blade consistently delivers reliable performance, even in the most challenging tissue sectioning tasks.In summary, the Weswox RW160 Both Side Wedged Microtome Blade represents a pinnacle of precision and reliability in tissue sectioning technology. It serves as an indispensable tool for histologists, pathologists, and researchers seeking exceptional performance and accuracy in their tissue slicing applications.
₹5,191  
The Weswox RW150 Both Side Wedged Microtome Blade is a specialized cutting tool used in histology and pathology laboratories for sectioning thin slices of tissue samples for microscopic examination. In this explanation, we will discuss the key features and applications of this microtome blade within a 300-word limit.A microtome blade is an essential component of a microtome, which is a precision instrument used to prepare thin sections of biological specimens. The Weswox RW150 Both Side Wedged Microtome Blade is specifically designed for this purpose. It is made of high-quality steel and has a precise cutting edge that enables the production of thin, uniform slices of tissue.The term "both side wedged" refers to the blade\\'s unique geometry. Both sides of the blade are angled or wedged, which facilitates smooth and precise slicing through the tissue samples. This design ensures minimal distortion or damage to the tissues during sectioning, allowing for accurate histological analysis under a microscope.The Weswox RW150 Microtome Blade has a size of RW150, which indicates its compatibility with microtomes that require blades of this specific dimension. Microtomes are available in different models and sizes, and it is crucial to select a blade that matches the specifications of the microtome being used to ensure proper fit and performance.The blade\\'s high-quality construction and precise cutting edge are essential for obtaining thin sections of tissue with minimal artifacts or structural alterations. This is particularly important in research, diagnostic, and educational settings where accurate analysis of tissue morphology and cellular structures is required.The applications of the Weswox RW150 Both Side Wedged Microtome Blade span across various scientific disciplines, including histopathology, research, and teaching. Histopathologists and researchers use microtomes and blades to prepare tissue sections for diagnosis, study disease processes, and investigate cellular structures. In educational settings, microtomes are used to demonstrate tissue anatomy to students.In summary, the Weswox RW150 Both Side Wedged Microtome Blade is a specialized cutting tool used in histology and pathology laboratories. Its unique wedged design, high-quality construction, and precise cutting edge enable the production of thin, uniform tissue sections for microscopic examination. This blade is compatible with microtomes requiring RW150-sized blades and finds applications in histopathology, research, and education.
₹7,551  
The Weswox RW200 Both Side Wedged Microtome Blade stands as a pinnacle of precision and reliability in the field of microtome blade technology. Engineered to meet the exacting demands of histology and pathology laboratories, microtome blades are essential tools for producing thin sections of tissue specimens for microscopic examination. The RW200 blade is meticulously crafted to ensure consistent and accurate sectioning, enabling researchers and medical professionals to obtain high-quality tissue samples for diagnostic or research purposes.One of the defining features of the RW200 blade is its both-side wedged design, which enhances stability and precision during cutting procedures. This design minimizes vibrations and ensures smooth and uniform sectioning of tissue specimens, resulting in clear and well-defined tissue slices suitable for detailed microscopic analysis. The blade's exceptional sharpness and durability further contribute to its performance, allowing for prolonged use without compromising cutting quality.Manufactured to stringent quality standards, the Weswox RW200 blade is compatible with a wide range of microtome models, providing versatility and flexibility in laboratory settings. Whether used in routine histological examinations or cutting-edge research projects, the RW200 blade consistently delivers reliable performance, meeting the demands of even the most challenging tissue sectioning tasks.In summary, the Weswox RW200 Both Side Wedged Microtome Blade embodies precision, durability, and quality, making it an indispensable tool for histologists, pathologists, and researchers seeking exceptional performance in tissue sectioning applications.
₹97,939  
A Labpro 291 Arthus Thomas Type Automatic Razor Knife Sharpener is a precision cutting instrument used in microscopy and histology to produce thin slices (sections) of biological specimens for examination under a microscope. The process of cutting thin sections is known as microtomy. Microtomes are commonly used in research laboratories, medical facilities, and educational institutions for various applications, including tissue analysis, pathological examination, cell biology research, and preparation of samples for electron microscopy. Here's how a microtome typically works: Specimen Preparation: The biological sample, which can be a tissue block, plant material, or other types of specimens, is first embedded in a suitable medium like paraffin wax or a plastic resin. This embedding process helps to provide structural support and maintain the integrity of the sample during sectioning. Mounting the Specimen: The embedded specimen is then securely mounted onto a sample holder or a metal chuck. The mounting ensures that the specimen remains stable during the sectioning process. Sectioning: The microtome consists of a cutting mechanism that moves the specimen past a stationary blade or a blade that moves across the stationary specimen. The blade's position can be adjusted to control the thickness of the sections. As the specimen is moved, the blade cuts thin slices from the sample in a controlled manner. Section Collection: The sliced sections are collected on a glass slide or another suitable substrate. The sections can be floated on a water bath or carefully lifted onto the slide using specialized tools. Staining and Further Processing: After sectioning, the collected sections may undergo various staining or labeling procedures to enhance contrast and visualize specific cellular structures or components. The stained sections are typically covered with a glass coverslip using mounting media to protect and preserve them for microscopic examination. Microtomes come in various types, including manual microtomes, rotary microtomes, cryostats, and ultramicrotomes, each with specific features and capabilities. Manual microtomes require manual operation for sectioning, while rotary microtomes have a rotary wheel mechanism to advance the specimen. Cryostats are specialized microtomes used for cutting frozen tissue sections, and ultramicrotomes are used for producing extremely thin sections for electron microscopy. Using a microtome requires skill and precision to obtain consistent and thin sections. Proper maintenance, cleaning, and blade sharpening are essential to ensure accurate and high-quality sectioning. Microtomes play a crucial role in biological research and medical diagnostics by allowing scientists and pathologists to examine the internal structures of tissues and cells in detail. They enable the study of cellular morphology, identification of abnormalities, and advancement in various fields of research and medical practice.
₹4,955   ₹8,600
You save ₹3,645!
42.38% OFF
The WKM Hand and Table Microtome for Laboratories SD-LSW4-EBZ3 is a precision cutting instrument used in histology and pathology laboratories for sectioning thin slices of biological tissues for microscopic examination. This microtome is designed to provide precise and consistent tissue sections, allowing researchers and pathologists to study tissue structures, diagnose diseases, and conduct research.
The microtome comes with both hand and table options, providing flexibility in usage. The hand microtome allows for manual operation, where the user moves the specimen block against a stationary blade to produce tissue sections of desired thickness. This manual control offers precision and control, allowing researchers to adjust the cutting speed and pressure based on the tissue's characteristics and the desired section thickness.
The table microtome, on the other hand, is designed for larger volume work and repetitive sectioning tasks. It has a mechanical advance system that allows continuous sectioning of multiple tissue blocks with consistent thickness. The table microtome's automated mechanism ensures uniform and reproducible results, making it suitable for routine laboratory procedures.
The microtome features a sharp cutting blade or knife, often made from high-quality steel or tungsten carbide, capable of producing thin sections of tissue slices. The blade can be adjusted to achieve different section thicknesses, typically ranging from a few micrometers to a few hundred micrometers, depending on the application and specimen requirements.
The WKM Hand and Table Microtome are essential tools for preparing tissue samples for various laboratory applications. Histologists and pathologists use microtomes to create thin slices of tissues that are mounted on glass slides, stained with specific dyes, and then examined under a microscope. These prepared slides help in diagnosing diseases, identifying abnormal tissue structures, and conducting research in areas such as cancer studies, organ pathologies, and developmental biology.
The microtome's precision and reliability are crucial in obtaining accurate and consistent tissue sections, ensuring reliable results for accurate diagnoses and research outcomes. Proper maintenance and calibration of the microtome are essential to maintain its cutting performance and achieve optimal results.
In summary, the WKM Hand and Table Microtome for Laboratories SD-LSW4-EBZ3 are advanced cutting instruments used in histology and pathology laboratories. Their hand and table options offer flexibility in sectioning tissues, providing researchers and pathologists with precise and consistent thin sections for microscopic examination. This microtome is a critical tool in medical and biological research, allowing for the study of tissue structures and enabling accurate diagnoses for better patient care and scientific advancements.
₹4,011  
The Weswox RW120 Both Side Wedged Microtome Blade is an essential tool designed to meet the rigorous demands of histology and pathology laboratories. Microtome blades are integral components for slicing thin sections of tissue specimens for microscopic examination, and the RW120 blade is engineered to ensure precise and consistent sectioning, enabling researchers and medical professionals to obtain high-quality samples for diagnostic or research purposes.Central to the RW120 blade's effectiveness is its both-side wedged design, which enhances stability and accuracy during cutting procedures. This design minimizes vibrations and ensures smooth and uniform sectioning of tissue specimens, resulting in clear and well-defined tissue slices suitable for detailed microscopic analysis. Additionally, the blade's exceptional sharpness and durability contribute to its long-lasting performance, allowing for extended use without compromising cutting quality.Manufactured to exacting quality standards, the Weswox RW120 blade is compatible with a wide range of microtome models, providing versatility and flexibility in laboratory settings. Whether utilized in routine histological examinations or advanced research projects, the RW120 blade consistently delivers reliable performance, even in the most demanding tissue sectioning tasks.In summary, the Weswox RW120 Both Side Wedged Microtome Blade embodies precision, reliability, and quality in tissue sectioning technology. It serves as an indispensable tool for histologists, pathologists, and researchers seeking exceptional performance and accuracy in their tissue slicing applications.
₹46,019   ₹59,160
You save ₹13,141!
22.21% OFF
Precision Rotary Microtome is a type of microtome that is designed to provide precise and consistent sectioning of tissue samples for microscopic examination. It is a specialized instrument that is commonly used in histology, pathology, and other biological sciences for the preparation of thin tissue sections for research or diagnostic purposes.
Precision rotary microtomes are distinguished from other types of microtomes by their ability to produce high-quality, thin sections of tissue with minimal distortion or artifacts. They are designed to offer a high degree of precision and accuracy in sectioning, and can be used to produce sections as thin as 1 micron.
One of the key features of a precision rotary microtome is its advanced cutting mechanism. These microtomes typically use a motorized cutting system that allows for precise control over the speed, depth, and angle of the cutting blade. This ensures that the tissue is sectioned evenly and consistently, regardless of the tissue type or sample thickness.
Precision rotary microtomes may also be equipped with additional features to further enhance their performance and usability. For example, some models may have a cooling system that helps to maintain the temperature of the tissue during sectioning, reducing the risk of tissue damage or distortion. Others may have a variety of safety features, such as blade guards or automatic shut-off mechanisms, to prevent injury or damage to the instrument or user.
In summary, a precision rotary microtome is a specialized laboratory instrument that is designed to provide precise and consistent sectioning of tissue samples for microscopic examination. These microtomes are distinguished by their ability to produce high-quality, thin sections of tissue with minimal distortion or artifacts, and typically use a motorized cutting system to achieve this level of precision. Precision rotary microtomes are commonly used in histology, pathology, and other biological sciences for research and diagnostic purposes.
₹37,759   ₹47,736
You save ₹9,977!
20.9% OFF
Rotary Microtome is a laboratory instrument used to prepare thin sections of tissue for microscopic examination. It works by cutting thin sections of tissue using a razor blade that is mounted on a rotating arm. As the tissue is cut, it is advanced forward using a handwheel or motorized drive mechanism, producing a continuous ribbon of tissue sections.
Rotary microtomes are widely used in histology, pathology, and other biological sciences to prepare tissue samples for examination under a microscope. They are especially useful for preparing thin, uniform sections of tissue that can be stained and visualized for diagnostic or research purposes.
One of the main advantages of a rotary microtome is its ability to produce thin, high-quality tissue sections with minimal distortion or artifacts. The thickness of the sections can be controlled by adjusting the angle of the blade and the advance rate of the tissue, allowing for precise sectioning of even the most delicate tissues.
Rotary microtomes are available in a range of sizes and configurations, from small benchtop models for routine laboratory use to larger, automated models for high-throughput processing of tissue samples. Some models are equipped with cooling plates or other features to help maintain the temperature of the tissue during sectioning, which can be especially important for temperature-sensitive tissues.
In summary, a rotary microtome is a laboratory instrument used to prepare thin sections of tissue for microscopic examination. They are widely used in histology, pathology, and other biological sciences to prepare tissue samples for examination under a microscope. Rotary microtomes are able to produce high-quality tissue sections with minimal distortion or artifacts, and are available in a range of sizes and configurations to suit a variety of laboratory needs.
₹44,839  
LABX SOLUTIONS 10 x 8 inch Rotary Manual Microtome Spencer Type for Laboratories LX-MT is a laboratory instrument used for cutting thin sections of biological or other specimens for microscopic analysis. It is a precision instrument commonly used in histology, pathology, and research laboratories. The Spencer type microtome is a well-known and widely used manual microtome.
The rotary manual microtome operates by manually advancing a sample block or specimen along a horizontal plane while a sharp blade cuts thin sections from the block. The Spencer type microtome is designed with a handwheel that controls the vertical movement of the specimen block, allowing for precise control over the thickness of the sections being cut.
The microtome consists of several key components, including a specimen holder or clamp, a knife holder, and a feed mechanism. The specimen holder securely holds the sample block or specimen, while the knife holder holds a sharp blade at a specific angle to cut the sections. The feed mechanism allows for controlled movement of the specimen block, ensuring uniform and consistent section thickness.
The Spencer type microtome offers various adjustments and features to enhance functionality and precision. It typically has a micrometer or vernier scale that allows users to set and adjust the thickness of the sections accurately. Some models may include a specimen orientation feature to precisely align the sample for specific cutting orientations. The microtome may also have a separate mechanism for coarse and fine adjustments to achieve the desired section thickness.
One advantage of the rotary manual microtome is its versatility. It can accommodate a wide range of specimens, including paraffin-embedded tissues, plastic-embedded specimens, plant samples, and more. The microtome allows for the cutting of thin and consistent sections, which are essential for accurate microscopic examination and analysis.
The Spencer type microtome is known for its durability and stability. It is typically constructed with high-quality materials, such as stainless steel and aluminum, to ensure longevity and resistance to wear and tear. The microtome is also designed to be easy to clean and maintain, allowing for efficient workflow in the laboratory.
In summary, the rotary manual microtome, specifically the Spencer type, is a precision instrument used for cutting thin sections of biological or other specimens. Its manual operation provides control and precision in section thickness, making it an essential tool in histology, pathology, and research laboratories. With its versatility, durability, and accuracy, the Spencer type microtome supports the microscopic examination and analysis of a wide range of specimens.
Recommended Items
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
sku-leadTime Ships within 10 days
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
oos-available Ships within 24 hrs
Browsing History
sku-leadTime Ships within 5 days
sku-leadTime Ships within 7 days
sku-leadTime Ships within 3 days
sku-leadTime Ships within 7 days
sku-leadTime Ships within 10 days
oos-available Ships within 24 hrs
sku-leadTime Ships within 6 days
₹44,099 ₹54,600
19.23% OFF

Top Selling Microtomes Products Price List for December 2025

Product Name Expected Price Dispatch Time Discount
Weswox RW120 Both Side Wedged Microtome Blade ₹4,011 6 days --
Contemp 1-25 micron Erma Rotary Microtome ₹27,139 5 days --
Weswox RW160 Both Side Wedged Microtome Blade ₹6,135 5 days --
This data was last updated on 18/12/2025

Know Everything About Microtomes

They are precision laboratory instruments designed for sectioning biological or material samples into thin slices for microscopic examination. These instruments are crucial lab utilities which are used in preparing tissue samples for detailed analysis in histology and pathology. Industrybuying offers a comprehensive range of microtome, including variants like cryostat, freezing, ultra, and microtome machines.

i) Microtome Histology: Specifically tailored for histological applications, microtomes in our collection ensure the precise and consistent sectioning of tissue samples for microscopic study.
ii) Cryostat Microtome: Cryostat ones allow researchers to examine samples at low temperatures, preserving cellular structures effectively for frozen tissue partitioning.
iii) Freezing Microtome: Suited for various applications, freezing ones enable the sectioning of both biological and non-biological samples with high precision.

Explore our extensive range of these products to find the perfect instrument for your laboratory needs.

How do Microtomes Work?

They operate on a simple yet precise principle, facilitating the creation of thin sections for microscopic examination. Here's an overview of their working mechanism:

1. Sample Preparation: The process begins with the embedding or freezing of the piece, ensuring it's firm for partitioning.
2. Sectioning: The rotary microtome's cutting mechanism, often featuring a microtome sledge, allows users to consistently produce thin slices of the sample.
3. Sample Collection: The sliced sections are collected and can be further processed for various laboratory applications, including staining and analysis.

Industrybuying's collection of micro tome incorporates cutting-edge technology to ensure efficient and accurate sample sectioning for diverse laboratory needs. Our lab necessities maintain the highest standards, making them tools for researchers and pathologists.]

Where are they commonly used?

They are an essential tools in histology and pathology laboratories that has widespread application in various scientific and medical settings. Typical usage scenarios include:

a) Histological Laboratories: They are extensively used in histological laboratories for precisely sectioning tissue samples, enabling detailed examination under a microscope.
b) Pathology Departments: In pathology departments, they are crucial in preparing tissue sections for diagnostic purposes, aiding pathologists in analysing cellular structures and abnormalities.
c) Research Institutions: They are employed in research institutions for scientific investigations, allowing researchers to study tissues at a microscopic level and advance our understanding of biological structures.
d) Educational Institutions: They are utilised in academic settings, particularly in medical and life sciences programs, to teach students the techniques of tissue partitioning and preparation.

Explore our range of microtomes for reliable and precise tissue sectioning in diverse laboratory settings.

What are the types of Microtomes?

There are many microtome types, each designed for specific applications in histology and research. The main microtome types include:

1. Rotary: Commonly used for routine sectioning in histology, rotary microtomes provide continuous slicing of tissues, offering thin and consistent sections.
2. Cryostat: Ideal for frozen tissue sectioning, cryostat ones operate at low temperatures, preparing thin sections without formalin fixation.
3. Ultra-Microtomes: Used for ultrathin sectioning, ultra-microtome enable researchers to obtain fragile sections for transmission electron microscopy.
4. Freezing: Specifically designed for sectioning frozen samples, freezing ones maintain the integrity of delicate tissues during the cutting process.
5. Microtome Sledge: A sledge microtome features a sliding mechanism, offering stability and precision in sectioning thicker specimens.

Find all the above-mentioned types at best-in-market microtome prices on our website and enjoy cost-saving plus quality. Beside these, you can also find other lab essentials like fluid & liquid handling products at budget-friendly prices.

What are the advantages of using them?

Discover their advantages, essential tools in histology and sample preparation, available at Industrybuying's Lab Supplies section:

a) Precision Sectioning: Micro tome offer unparalleled precision in partitioning biological samples, ensuring thin slices for detailed analysis in histological studies.
b) Versatile Applications: These devices cater to a wide range of applications, from standard microtome for routine histology to specialised cryostat microtome for frozen tissue sectioning.
c) Efficient Freezing Microtome: Freezing ones are designed for samples requiring low-temperature sectioning, preserving the integrity of delicate specimens.
d) Ultra Microtome Technology: With advancements like ultra microtome, researchers can achieve ultrathin sections for intricate studies, enabling detailed examination of cellular structures.
e) Sledge Microtome Performance: Sledge ones provide smooth and consistent cutting motion, ensuring reproducible results and facilitating the creation of thin, uniform sections.

Explore our comprehensive range of microtome prices to meet diverse laboratory needs, whether for routine histology or advanced research applications.

Why Choose Industrybuying?

Industrybuying is the preferred destination for lab supplies, offering a wide selection of them along with other laboratory equipment. Here's why you should choose us:

a) Quality Assurance: We provide microtomes and lab supplies from reputable brands, ensuring top-notch quality and reliability in your laboratory operations.
b) Diverse Product Range: Explore a vast inventory beyond microtome, including centrifuges, cod digesters, autoclaves, filteration & seperation products, offering a one-stop solution for all your lab requirements.
c) Convenient Online Ordering: Industrybuying simplifies the procurement process with a user-friendly online platform, making it suitable to browse, compare, and order the lab supplies you need.

Choose Industry Buying for your lab supplies and experience the ease of acquiring high-quality equipment for your research and laboratory endeavours.

Which brands available at Industrybuying offer microtomes?

Discover a comprehensive range of micro tomes from industry-leading brands in the Industrybuying's Lab Supplies section. Our selection includes diveresee range of microtome price catering to diverse laboratory needs, ensuring precision and reliability in histology and specimen preparation. Explore the offerings from renowned brands:

a) Weswox: Renowned for innovation, Leica Microsystems provides cutting-edge micro tome designed for histological research and analysis, ensuring superior results in sectioning and sample preparation.
b) Labpro: A trusted name in scientific solutions, Thermo Fisher Scientific offers a range of microtome, including cryostat microtome and ultra microtome, providing researchers with versatile tools for various applications.
c) YMRR: Focusing on precision, Microm delivers microtome machines that meet the highest standards in laboratory settings. Their microtome sledge models offer stability and accuracy in sectioning procedures.
d) Contemp: Sakura Finetek contributes to the field of histopathology with advanced microtome technologies, ensuring efficient freezing microtome solutions for optimal tissue sectioning.

Related Categories To Lab Supplies: 

microscopes | lab accessories | lab bottles | lab boxes | cylinders | columns | cannulae | kettles | tubes | autoclaves | centrifuge | dishes | flasks | mini cooler | funnels | jars | joints | racks | basin | glass bottles | ph meter | spectrophotometer