Package Contains : Kjeldal Distillation and Digestion Combined Unit, Two heating boxes, Brass Condenser Rack, Tubular stand, Fume duct, Pair of hangers

Vesca VSLI-171 Kjeldahl Digestion Unit Without Glass Parts 6 Test Mantle Capacity and 6 Energy Regulators, KMM-8

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Vesca VSLI-171 Kjeldahl Digestion Unit Without Glass Parts

By VESCA

₹14,159 - ₹18,879

You save ₹945!

4.77% OFF

Vesca VSLI-171 Kjeldahl Digestion Unit Without Glass Parts is a laboratory heating instrument designed to support the digestion phase of the Kjeldahl method for nitrogen and protein analysis. This unit delivers controlled, uniform heat to digestion flasks, enabling efficient breakdown of organic samples with concentrated acids. Supplied **without glass parts**, laboratories can connect their preferred flask assemblies or use existing glassware, providing flexibility in setup and maintenance. The robust build and dependable heating performance make this digestion unit suitable for routine use in food testing, agricultural analysis, environmental laboratories, and research facilities conducting quantitative nitrogen determination. Vesca VSLI-171 Kjeldahl Digestion Unit Without Glass Parts features a stable temperature control system that promotes consistent digestion conditions and reliable analytical outcomes. The absence of glassware reduces initial cost and simplifies replacement logistics by allowing laboratories to reuse or select compatible flasks based on specific applications. Designed for durability and ease of operation, this digestion unit supports high-throughput sample processing while maintaining safety and performance. It is an effective choice for laboratories seeking modular Kjeldahl digestion solutions with flexibility in glassware configuration and long-term reliability.

Type of Product : Kjeldahl Digestion Unit

Voltage : 220/230 V AC

Suitable For : Digestion Purpose

Country of Origin : India

Ideal For : 300, 500 and 800 ml Flask

Type : Without Glass Parts

Name of Manufacturer/Packer/Importer : Vesca Scientific Lab Instruments

Model Name : VSLI-171

Package Contains : Kjeldahl Digestion Unit, Fume Duct, Steel Stand, Pair of Hangers

Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each

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Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each

By VESCA

₹62,539 ~~₹67,260~~

You save ₹4,721!

7.02% OFF

The Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each is engineered for laboratories requiring large-batch digestion processes with high thermal uniformity. The Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each features a heavy-duty block design that ensures even heat distribution across all tube positions, improving digestion efficiency and reproducibility. The Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each supports high-throughput workflows, making it ideal for food, agricultural, and chemical testing labs. The Vesca VSLI-174 Tube Heating Block (Kjeldahl Digestion Unit) for Heating 40 Digestion Tubes of 75 ml Each enhances batch processing integrity while maintaining consistent temperature delivery during nitrogen estimation procedures.

Scientech SE-186 3 Unit of Test Kjeldahl Distillation Unit

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Scientech Test Kjeldahl Distillation Unit

By Scientech

₹8,731 - ₹14,159

You save ₹119!

1.26% OFF

The Scientech Kjeldahl Distillation Unit is a specialized apparatus used in laboratories for the distillation step of the Kjeldahl method, a widely used technique for determining the nitrogen content in organic compounds. The Kjeldahl method is commonly employed in various industries, including food and beverage, environmental analysis, and pharmaceuticals, for protein analysis and nitrogen determination. The Kjeldahl Distillation Unit consists of several key components, including a digestion unit, a distillation unit, and a receiving flask. After the digestion step, which involves heating the sample with sulfuric acid and a catalyst to convert organic nitrogen to ammonium sulfate, the distillation unit separates the ammonia from the digestate using steam distillation. The Scientech Test Kjeldahl Distillation Unit is designed with precision and reliability in mind, ensuring accurate and reproducible results. It may feature advanced features such as automatic titration, temperature control, and safety mechanisms to streamline the distillation process and enhance user efficiency.

Type of Product : Kjeldahl Distillation Unit

Voltage : 220/230 V AC

Features : Without Glass Parts

Scientech SE-187 6 Unit of Test Micro Kjeldahl Distillation Unit

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Scientech SE-187 6 Unit of Test Micro Kjeldahl Distillation Unit

By Scientech

₹12,980

This Apparatus Is Used For Estimation Of Nitrogen Content In The Substance By Digestion In Micro Flasks Of Capacity 30, 50 & 100 Ml. The Housing Is Made Of M.s. Painted With Attractive Stove Enamel. Deluxe Model.

Scientech SE-192 Co2 Gas Cylinder For Freezing Microtome

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Scientech SE-192 Co2 Gas Cylinder For Freezing Microtome

By Scientech

₹21,239

Scientech SE-189(A) Cod Digestion Appatus

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Scientech SE-189(A) Cod Digestion Appatus

By Scientech

₹44,839 ~~₹47,200~~

You save ₹2,361!

5% OFF

To Determination Of Chemical Oxygen Demand. It Is A Solid State Aluminium Block Heated Unit With Provision For Samples To Be Digested At A Time In 38 Mm. Dia Reaction Vessels With 20 Ml Sample Size Of Heat At Temp. Of 150°c + 1 °c Controlled By Solid State Digital Temp. Indicator-cum Controller Micro Processor Based . It Has Provision For 15 Samples And Is Supplied With 15 Nos. Glass Reaction Vessels And 15 Nos. Air Condensers. Fitted With A Digital Hour Timer, The Samples After Being Digested For 2 Hours Can Be Analyzed Using Calorimeter Or Conventional Titration Method.

Scientech SE-190(B) Lipshaw Precision Rotary Microtome

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Scientech Precision Rotary Microtome with 120 mm Knife

By Scientech

₹33,039 - ₹47,199

You save ₹2,361!

4.76% OFF

The Scientech Precision Rotary Microtome with a 120 mm Knife is an exceptional instrument meticulously designed for producing ultra-thin sections of biological and material specimens with unparalleled precision and ease. This high-performance microtome is an indispensable tool in histology, pathology, and research laboratories, where the quality and accuracy of specimen sections are paramount for accurate microscopic analysis. Constructed with robust materials and advanced engineering, the Scientech microtome ensures durability, reliability, and consistent performance over extended periods of use. At the heart of the Scientech Precision Rotary Microtome is its finely tuned rotary mechanism, which allows for smooth and precise cutting of specimens. The microtome's 120 mm knife, crafted from high-quality, hardened steel, ensures sharp, clean cuts, minimizing the risk of tearing or compression of the tissue. This level of precision is crucial for obtaining high-quality sections that are essential for detailed microscopic examination. The knife is adjustable, allowing users to set the desired cutting angle and depth with ease, thereby accommodating a wide range of specimen types and thicknesses. The ergonomic design of the Scientech microtome enhances user comfort and efficiency. It features an easy-to-use control system with a graduated scale, enabling precise adjustments and reproducibility of section thickness. The smooth-operating handwheel ensures controlled movement of the specimen block, providing steady and consistent slicing. Additionally, the microtome includes a specimen holder that securely grips the specimen block, ensuring stability during the cutting process and preventing any slippage that could compromise the quality of the sections.

Type of Product : Precision Rotary Microtome

Country of Origin : India

Knife Length : 120 mm

Scientech SE-190(A) AO Spencer Precision Rotary Microtome

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Scientech SE-190(A) AO Spencer Precision Rotary Microtome

By Scientech

₹36,579 ~~₹37,760~~

You save ₹1,181!

3.13% OFF

It Has A Front Located Feed Indicator With Cam Drive System Setting From 1-50 Microns In Steps Of 1 Micron Each. The Object Clamp Takes Specimen Upto 32 X 27 mm On Stem Of Block Holders. The Cutting Micron Each. The Object Angle Is Adjustable Through 30 Degrees Two Levers Are Provided For Releasing Knife Holder For Resetting Angles And A Third Lever Releases The Entire Assembly For Movement On Side Ways To Adjust Horizontal Distance From Object. Supplied With One Knife Of Special Alloy Steel 120 mm Long With Back And Handle In Box, 3 Block Holders, One Honing Stone, One Bottle Of Lubrication Oil And Dust Cover.

Scientech SE-192 Erma Japan Freezing Microtome

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Scientech SE-192 Erma Japan Freezing Microtome

By Scientech

₹33,039 ~~₹34,220~~

You save ₹1,181!

3.45% OFF

Having A Table Clamping Device With A Feed Range Of 5-40 Microns In Step Of 5 Microns Each. Based On The Principle Of Freezing With The Evaporation Of Co2 Cylinder Around The Specimen. The Unit Is Supplied Complete With Freezing Attachment With Specimen Stage Of 32 mm Dia, Gas Pipe, On Knife Of 120 mm With Back And Handle In Case of Honing Stone.

U-Tech 6 Test Micro Kjeldahl Digestion Unit Without Glass Parts SSI-181

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U-Tech 6 Test Micro Kjeldahl Digestion Unit Without Glass Parts SSI-181

By U-Tech

₹60,179

U-Tech 6 Test Micro Kjeldahl Digestion Unit Without Glass Parts SSI-181 is a laboratory instrument used for the digestion of organic samples in order to determine the nitrogen content through the Kjeldahl method. It is widely used in various industries, research laboratories, and quality control departments to analyze the protein content in food, feed, soil, and other organic materials.
The Kjeldahl method is a widely accepted technique for the determination of nitrogen content in organic compounds. It involves the digestion of the sample in a concentrated sulfuric acid medium, followed by the conversion of the organic nitrogen to ammonium sulfate. The ammonium sulfate is then quantitatively determined through titration or other analytical methods.
A Kjeldahl digestion unit typically consists of a heating block, a set of digestion tubes, a condenser system, and a fume hood. The heating block provides a controlled and uniform heat source for the digestion process. It is equipped with multiple positions to hold the digestion tubes, which are specially designed to withstand the harsh acidic conditions.
The digestion tubes are filled with the sample, along with a catalyst such as copper sulfate or potassium sulfate, which aids in the digestion process. The tubes are then sealed with stoppers to prevent the escape of volatile compounds during digestion.
During the digestion process, the samples are heated with concentrated sulfuric acid in the presence of the catalyst. The heating block maintains a constant temperature, typically around 350-400 degrees Celsius, to ensure complete digestion of the organic matter and conversion of nitrogen to ammonium sulfate.
To prevent the release of toxic and corrosive fumes, a condenser system is used to cool and condense the gases generated during the digestion process. The condenser may be a water-cooled system or a reflux condenser, depending on the design of the digestion unit.
A fume hood is essential to provide a safe working environment by effectively removing and venting the corrosive fumes and gases produced during the digestion process. It helps protect the laboratory personnel from exposure to toxic and hazardous substances.
The Kjeldahl digestion unit enables efficient and standardized digestion of organic samples, ensuring accurate and reliable results. The instrument is designed to handle multiple samples simultaneously, making it suitable for high-throughput analysis. It is widely used in industries such as food and beverage, agriculture, environmental monitoring, and pharmaceuticals.
In conclusion, a Kjeldahl digestion unit is a specialized laboratory instrument used for the digestion of organic samples to determine nitrogen content through the Kjeldahl method. It provides controlled heating, effective condensation, and fume removal to enable accurate and safe digestion processes. The instrument plays a critical role in protein analysis and nitrogen determination in various organic materials.

U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183

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U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183

By U-Tech

₹1,01,479

U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183 is a laboratory instrument used for the digestion of organic samples in order to determine the nitrogen content through the Kjeldahl method. It is widely used in various industries, research laboratories, and quality control departments to analyze the protein content in food, feed, soil, and other organic materials.
The Kjeldahl method is a widely accepted technique for the determination of nitrogen content in organic compounds. It involves the digestion of the sample in a concentrated sulfuric acid medium, followed by the conversion of the organic nitrogen to ammonium sulfate. The ammonium sulfate is then quantitatively determined through titration or other analytical methods.
A Kjeldahl digestion unit typically consists of a heating block, a set of digestion tubes, a condenser system, and a fume hood. The heating block provides a controlled and uniform heat source for the digestion process. It is equipped with multiple positions to hold the digestion tubes, which are specially designed to withstand the harsh acidic conditions.
The digestion tubes are filled with the sample, along with a catalyst such as copper sulfate or potassium sulfate, which aids in the digestion process. The tubes are then sealed with stoppers to prevent the escape of volatile compounds during digestion.
During the digestion process, the samples are heated with concentrated sulfuric acid in the presence of the catalyst. The heating block maintains a constant temperature, typically around 350-400 degrees Celsius, to ensure complete digestion of the organic matter and conversion of nitrogen to ammonium sulfate.
To prevent the release of toxic and corrosive fumes, a condenser system is used to cool and condense the gases generated during the digestion process. The condenser may be a water-cooled system or a reflux condenser, depending on the design of the digestion unit.
A fume hood is essential to provide a safe working environment by effectively removing and venting the corrosive fumes and gases produced during the digestion process. It helps protect the laboratory personnel from exposure to toxic and hazardous substances.
The Kjeldahl digestion unit enables efficient and standardized digestion of organic samples, ensuring accurate and reliable results. The instrument is designed to handle multiple samples simultaneously, making it suitable for high-throughput analysis. It is widely used in industries such as food and beverage, agriculture, environmental monitoring, and pharmaceuticals.
In conclusion, a Kjeldahl digestion unit is a specialized laboratory instrument used for the digestion of organic samples to determine nitrogen content through the Kjeldahl method. It provides controlled heating, effective condensation, and fume removal to enable accurate and safe digestion processes. The instrument plays a critical role in protein analysis and nitrogen determination in various organic materials.

U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183

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U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183

By U-Tech

₹1,06,199

U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183 is a laboratory device used to provide controlled and uniform heating to samples or vessels placed within it. It is widely used in scientific research, analytical chemistry, and various other laboratory applications where precise and consistent temperature conditions are required.
A heating block typically consists of a solid, thermally conductive metal block with one or more cavities or wells to hold the samples or vessels. The block is made of materials such as aluminum, brass, or stainless steel, known for their excellent heat conductivity and stability.
The heating block is equipped with a heating element, usually embedded within the block itself, which provides the necessary heat to raise the temperature of the samples. The heating element is connected to a temperature control system that regulates the heat output and maintains a specific temperature set by the user.
The temperature control system of a heating block can be analog or digital, depending on the model. Analog systems typically use a dial or knob to set the desired temperature, while digital systems offer precise temperature control with a digital display and programmable features. Some advanced heating blocks may also include temperature sensors for feedback control and safety features such as over-temperature protection.
The heating block offers several advantages in laboratory settings. Its main benefit is the ability to provide uniform and consistent heating across all the samples or vessels placed within it. This uniform heating ensures reliable and reproducible results, especially in experiments that require precise temperature control.
Heating blocks are commonly used for applications such as sample preparation, enzyme reactions, DNA amplification (PCR), protein denaturation, and various chemical reactions. They are also used for maintaining constant temperatures during incubation or to facilitate temperature-dependent processes.
The versatility of heating blocks is enhanced by the availability of interchangeable blocks or inserts. These inserts can be easily swapped in and out of the heating block to accommodate different sample sizes or vessel types, such as tubes, vials, microplates, or cuvettes.
In summary, a heating block is a laboratory device used for controlled and uniform heating of samples or vessels. It provides precise temperature control, ensuring reliable and consistent results in various scientific and analytical applications. The versatility of heating blocks, along with their interchangeable inserts, makes them a valuable tool in laboratory settings where accurate temperature conditions are essential.

U-Tech Digital Timer for Kjeldahl Digestion Unit SSI-183

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U-Tech Digital Timer for Kjeldahl Digestion Unit SSI-183

By U-Tech

₹10,265

U-Tech Digital Timer for Kjeldahl Digestion Unit SSI-183 is a precise and versatile instrument used in laboratory settings to measure and control time intervals. It is an essential tool for various scientific experiments, research procedures, and other laboratory operations that require accurate timing.
The digital timer typically consists of a digital display, control buttons, and various timing modes and settings. It may be a standalone device or integrated into other laboratory equipment such as ovens, incubators, shakers, or spectrophotometers. The timer allows users to set specific time intervals and provides visual or audible alerts when the time elapses.
One of the primary functions of a digital timer is to accurately measure elapsed time. It provides a clear and easy-to-read digital display, often with large numbers for enhanced visibility. The precision of the timer ensures accurate time measurement, which is crucial for time-sensitive experiments, reactions, or processes.
Digital timers also offer a range of timing modes and features to suit different laboratory requirements. These may include countdown mode, count-up mode, multiple timers, programmable sequences, interval timing, and repeat functions. These options provide flexibility and convenience in setting up and managing complex timing protocols.
The integration of digital timers into lab equipment enhances their functionality and enables synchronization with other operations. For example, a digital timer in a spectrophotometer can control the duration of measurements or monitor reaction kinetics. In an incubator, it can ensure precise incubation times for cell cultures or microbial growth. The timer can also be synchronized with other lab instruments for coordinated data acquisition or automation.
Furthermore, digital timers often have additional features for user convenience and safety. These may include backlighting for visibility in low-light conditions, audible alarms to alert users, memory functions to recall frequently used time settings, and battery backup to maintain timing accuracy during power outages.
In summary, a digital timer for lab equipment is a crucial instrument in laboratory settings, providing accurate time measurement and control for various scientific experiments and operations. It offers precise timing, versatile features, and integration capabilities with other lab instruments, enhancing efficiency, accuracy, and safety in laboratory procedures.

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Kjeldahl Digester

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