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₹21,239   ₹22,420
You save ₹1,181!
5.27% OFF
Aczet CG-L Series Precision Balance 600 g Capacity and 128 mm Dia Pan Size, CG 602L is a laboratory instrument designed for accurately and precisely measuring the mass or weight of substances. These balances are crucial tools in scientific research, quality control, and various industrial applications where precise measurements are essential. Here's a comprehensive explanation in 300 words:
High Precision and Accuracy: Precision Balances are engineered to provide extremely accurate and precise measurements of mass. They are capable of measuring weight down to very small increments, often in milligrams (thousandths of a gram) or even micrograms (millionths of a gram). This level of precision is essential for tasks such as chemical analysis, pharmaceutical formulation, and research experiments.
Digital Display: Most modern Precision Balances are equipped with digital displays that show weight readings in various units, such as grams, milligrams, ounces, or carats (used in gemology). The digital readout ensures easy and accurate reading of measurements.
Taring Function: A taring function allows users to reset the balance to zero with a container or vessel in place. This feature ensures that only the sample's weight is measured, excluding the container's weight, which is crucial for accurate results.
Calibration: Regular calibration is essential to maintain the accuracy of Precision Balances. They may include built-in calibration features or allow for external calibration using calibrated weights.
Applications: Precision Balances find applications in various fields, including chemistry, biology, pharmacy, materials science, and more. They are used for tasks such as measuring reagents, preparing pharmaceutical formulations, determining the purity of substances, and conducting scientific research.
Sample Handling: Samples are typically placed on a precision weighing pan or platform made of materials like stainless steel, which is resistant to corrosion and easy to clean. The pan provides a stable surface for accurate measurements.
Safety Features: Some Precision Balances include safety features like overload protection to prevent damage to the balance caused by excessive weight.
Data Logging and Connectivity: Many modern precision balances are equipped with data logging capabilities and connectivity options like USB or Ethernet ports. This allows for easy data transfer and record-keeping, enhancing workflow efficiency.
Environmental Controls: Some models come with features like temperature and humidity compensation to ensure accurate measurements in varying environmental conditions.
In summary, Precision Balances are indispensable tools in laboratories and industries where precision and accuracy in weight measurement are paramount. Their high precision, digital displays, taring functions, and adaptability to various applications make them essential for achieving reliable and consistent results in scientific and industrial settings.
₹27,139   ₹29,500
You save ₹2,361!
8% OFF
Aczet Ultrasonic Height Body Fat Analyzer 200 Kg Capacity and 50 g Readability, HS 200PH is a specialized medical device designed to measure a person's height and body fat percentage using ultrasonic technology. These analyzers are commonly used in healthcare settings, fitness centers, and research environments to assess an individual's body composition, which is crucial for health monitoring and fitness assessment. Here's a detailed explanation of Ultrasonic Height Body Fat Analyzers:
Design: The analyzer typically consists of a vertical column with a display screen and a handheld ultrasonic probe. The individual stands in front of the device while a healthcare professional or user holds the probe.
Height Measurement: To measure height, the individual stands upright with their heels against the base of the device. The ultrasonic probe emits a high-frequency sound wave, which bounces off the top of the individual's head and is received by the probe. The device calculates the height based on the time it takes for the sound wave to travel and return, providing an accurate height measurement.
Body Fat Analysis: In addition to height measurement, Ultrasonic Height Body Fat Analyzers use the same probe to estimate body fat percentage. The probe sends ultrasonic waves through the individual's body, and the device calculates body fat based on the speed of sound through different tissues (fat, muscle, bone). This non-invasive method provides body composition information without the need for pinching or electrical currents.
Accuracy: These analyzers are designed to provide reasonably accurate measurements of height and body fat percentage. While they may not be as precise as some laboratory methods, they offer a convenient and non-invasive option for routine assessments.
Display: The device typically features a digital display screen that shows the height measurement in centimeters or inches and the estimated body fat percentage. The results are easy to read and record.
User Profiles: Some analyzers offer the ability to store user profiles, allowing multiple individuals to track their body composition over time. This is especially useful in fitness centers and clinics.
Data Analysis: Advanced models may include data analysis features that provide additional information, such as muscle mass, bone density, and hydration levels.
Portability: These analyzers are often portable and can be moved between different locations within a healthcare facility or fitness center.
Health Monitoring: Ultrasonic Height Body Fat Analyzers play a crucial role in assessing an individual's overall health and fitness. They provide insights into body composition changes, which can be used to tailor fitness programs and monitor progress.
In summary, Ultrasonic Height Body Fat Analyzers are versatile tools that combine height measurement and body fat analysis using non-invasive ultrasonic technology. They are widely used in healthcare and fitness settings to assess body composition, monitor health, and design personalized fitness plans. While not as precise as some laboratory methods, these analyzers offer a convenient and accessible option for routine assessments and health monitoring.
₹15,339  
Aczet Vibrosorb Anti Vibration Pad Medium Size 315x215x25 mm, VRD 02 are specialized materials used to reduce or eliminate vibrations and shocks in various industrial and mechanical applications. They are designed to provide a stable and vibration-free foundation for sensitive equipment, machinery, and instruments. Here's a comprehensive explanation in 300 words:
Purpose: The primary purpose of Vibrosorb Anti-Vibration Pads is to isolate equipment and machinery from external vibrations and shocks. Vibrations can negatively impact the performance and accuracy of sensitive equipment, such as laboratory instruments, precision manufacturing machines, and industrial machinery.
Material Composition: These pads are typically made from a combination of elastomers (rubber-like materials) and cork or other resilient substances. The composition is chosen for its ability to absorb and dampen vibrations effectively.
Design: Vibrosorb pads have a structured design that includes multiple layers of elastomeric materials separated by thin cork or foam layers. This design helps in dissipating and absorbing vibrations.
Load Distribution: Vibrosorb pads are engineered to distribute the load evenly across the equipment's base, reducing stress on individual components and preventing premature wear and tear.
Installation: Installing Vibrosorb Anti-Vibration Pads involves placing them between the equipment's base or feet and the underlying surface. Proper installation ensures that vibrations are effectively absorbed and that the equipment remains stable.
Vibration Isolation: The primary function of these pads is to isolate equipment from both high-frequency and low-frequency vibrations. This is particularly important for equipment that performs precision measurements, such as analytical balances, electron microscopes, or laser systems.
Noise Reduction: In addition to vibration isolation, Vibrosorb pads can also help reduce noise generated by equipment and machinery. They act as sound insulators, minimizing the transmission of noise to the surrounding environment.
Applications: Vibrosorb Anti-Vibration Pads find applications in various industries, including laboratories, manufacturing, healthcare, and construction. They are used with equipment such as analytical balances, centrifuges, microscopes, pumps, and sensitive measurement instruments.
Customization: These pads come in various sizes and thicknesses to accommodate different equipment and weight capacities. Customization options are available to meet specific requirements.
Maintenance: Regular inspection and maintenance of Vibrosorb pads are essential to ensure their continued effectiveness. Over time, the pads may wear out and need replacement to maintain optimal vibration isolation.
In summary, Vibrosorb Anti-Vibration Pads are crucial for maintaining the stability and accuracy of sensitive equipment by isolating them from external vibrations and shocks. Their design, material composition, and ease of installation make them valuable tools in various industries where precise measurements and equipment performance are essential.
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₹29,499   ₹30,680
You save ₹1,181!
3.85% OFF
Aczet CTG 500 500 Kg Weighing Capacity Mild Steel Platform Scale is a heavy-duty weighing device designed with a large, flat platform for the measurement of large and heavy objects. These scales are commonly used in industrial, commercial, and agricultural settings where the accurate determination of weight is essential for various applications. Here's a comprehensive explanation in 300 words:
Design and Components:
Platform: The defining feature of a Platform Scale is its spacious and sturdy weighing platform. This platform can vary in size and material composition based on the scale's intended purpose. It is typically constructed from materials like steel or aluminum for durability and weight-bearing capacity.
Load Cells: Beneath the platform are load cells, which are specialized sensors that measure the weight or force applied to the platform. These sensors convert the force into an electrical signal, which is then processed to calculate the weight of the object.
Digital Display: Most Platform Scales are equipped with a digital display unit that provides a clear and easily readable readout of the weight measurements. The display typically shows the weight in units such as kilograms, pounds, or ounces.
Controls: Some models include control features such as zeroing (taring) the scale with an empty platform or changing the unit of measurement.
Types of Platform Scales:
Floor Scales: These are large Platform Scales placed directly on the floor. They are ideal for weighing pallets, heavy machinery, bulk materials, and large objects. Floor scales often have built-in ramps or accessible sides for easy loading and unloading.
Pallet Scales: Pallet scales are designed for weighing standard-sized pallets commonly used in logistics and warehousing. They feature a platform with low-profile designs for easy placement and removal of pallets.
Animal Scales: Platform Scales used for weighing livestock or animals are equipped with animal-friendly surfaces and can handle the weight and movement of animals safely.
Bulk Material Scales: These scales are designed for measuring bulk materials like grains, feed, and aggregates. They are often used in agricultural and industrial applications.
Applications:
Platform Scales find applications in various industries and settings, including:
Manufacturing: In factories, Platform Scales are used to weigh raw materials, products, and components as part of manufacturing and quality control processes.
Logistics and Warehousing: They are used to weigh incoming and outgoing shipments, ensuring accurate inventory management and shipping.
Agriculture: In agriculture, they are employed for weighing crops, feed, and livestock, as well as monitoring animal health and growth.
Construction: Platform Scales are used to weigh construction materials such as concrete, asphalt, and aggregates.
Recycling and Waste Management: They help determine the weight of recyclable materials and waste, aiding in waste disposal and recycling efforts.
Retail and Wholesale: In commercial settings, they are used for bulk item pricing, such as fruits, vegetables, and other produce.
In summary, a Platform Scale is a robust weighing device with a large, flat platform designed for the measurement of heavy and oversized objects. Its versatility, durability, and capacity make it an essential tool in various industries and applications where accurate weight determination is critical.
₹38,939   ₹41,300
You save ₹2,361!
5.72% OFF
Aczet Double Pan Scale 6 Kg Capacity and ±1 g Accuracy, CG 6B is a traditional mechanical weighing device that consists of two pans suspended from either end of a horizontal beam or lever. These scales are designed for precise measurements in laboratory, industrial, and commercial settings where high accuracy is required. Here's a detailed explanation of Double Pan Scales:
Design: The central feature of a Double Pan Scale is its balanced design. It consists of a horizontal beam or lever with two pans suspended at equal distances on either side. The principle behind the scale is based on the equilibrium of forces, where the weight on one pan is balanced by an equal weight on the other.
Weighing Process: To weigh an object, it is placed on one of the pans, while standardized weights or counterweights are added to the other pan until balance is achieved. Once the beam is level, the weights are read and recorded to determine the object's weight.
Accuracy: Double Pan Scales are known for their high precision and accuracy. They are capable of providing precise measurements, often to the milligram or microgram, making them suitable for laboratory applications and chemical analysis.
Tare Function: Double Pan Scales typically have a tare function, allowing users to zero out the weight of containers or vessels before placing the substance to be weighed. This ensures that only the substance's weight is measured.
Fractional Weighing: Some models have fractional weighing capabilities, which enable users to weigh small quantities of substances with exceptional accuracy.
Counterweights: To achieve balance, standardized counterweights are used. These weights are often provided with the scale and are carefully calibrated to ensure accuracy.
Manual Operation: Double Pan Scales are manually operated, requiring the user to add or remove weights to achieve balance. This hands-on approach allows for precise control over the weighing process.
Durability: These scales are typically constructed from durable materials like stainless steel or aluminum to withstand the demands of laboratory and industrial environments.
Maintenance: While Double Pan Scales are known for their accuracy, they may require periodic maintenance and calibration to ensure their continued precision.
Applications: Double Pan Scales are widely used in laboratories for tasks such as chemical analysis, pharmaceutical research, and material testing. They are also used in various industries for quality control and precise weighing of substances.
In summary, Double Pan Scales are classic weighing instruments valued for their accuracy and precision in laboratory and industrial applications. Their balanced design and manual operation make them ideal for situations where high levels of accuracy are necessary, and they remain important tools for scientific research, quality control, and precise measurements.
₹7,20,872   ₹7,92,960
You save ₹72,088!
9.09% OFF
Aczet WB - 20T 7.5 20 Ton Weighing Capacity Metal Weighbridge Scale is a heavy-duty industrial scale designed for the accurate and reliable weighing of vehicles, primarily trucks and their cargo. These scales are commonly used in various industries, including logistics, agriculture, mining, waste management, and manufacturing, to determine the weight of goods transported on vehicles. Here's a detailed explanation of Weighbridge Scales:
Heavy-Duty Design: Weighbridge Scales are built to withstand the immense weight and traffic associated with trucks and other large vehicles. They are constructed from robust materials like steel or concrete to ensure durability and long-term use.
Load Cells: The primary weighing mechanism in a weighbridge is the load cells. These sensors are strategically placed beneath the scale platform to measure the weight of the vehicle and its cargo accurately.
Accurate Weighing: Weighbridge Scales are engineered to provide highly accurate weight measurements, even for heavy loads. This precision is crucial for various applications, including determining the weight of materials for invoicing, inventory management, and compliance with legal weight limits.
Vehicle Access: Vehicles are driven onto the weighbridge platform, which is typically a flat, elevated surface. There are different types of weighbridges, including pit-mounted and above-ground designs, each with its own advantages.
Weight Display: Weight readings are displayed on an indicator, often located in a nearby control room or booth. Some weighbridge systems include a digital display on a pole near the weighbridge for drivers to see their vehicle's weight.
Tare Function: Weighbridge Scales have a tare function, allowing the scale to account for the weight of the vehicle without its load. This ensures that only the weight of the cargo is measured.
Data Logging and Connectivity: Many modern weighbridge systems are equipped with data logging capabilities, enabling the storage and retrieval of weight data over time. They can also be integrated with computer systems and software for record-keeping, invoicing, and reporting purposes.
Legal Compliance: Weighbridge Scales are often used to ensure compliance with legal weight limits imposed by transportation authorities. Vehicles exceeding these limits may be subject to fines, and the scales help prevent overloading.
Safety Features: Safety is a significant consideration in weighbridge design. Features such as guardrails, traffic lights, and barriers help ensure the safe movement of vehicles on and off the scale.
Environmental Considerations: Weighbridge Scales are designed to operate reliably in various weather conditions and environmental factors, including exposure to moisture, dust, and temperature variations.
In summary, Weighbridge Scales are essential tools in industries that involve the transportation of goods by trucks. Their accuracy, durability, and compliance with legal regulations make them integral for invoicing, inventory management, and safety. These scales contribute to efficient and accountable operations in logistics, mining, agriculture, and other sectors reliant on the precise measurement of vehicle weights.
₹2,59,599  
Aczet CY-C Series Semi Micro Balance 100 g Capacity and 80 mm Dia Pan Size, CY 105C is a laboratory instrument designed to accurately and precisely measure the mass of small samples or objects. These balances are specifically engineered to provide highly accurate readings at the sub-milligram level, typically with a resolution of 0.01 milligrams (10 micrograms) or better. Semi-micro balances find extensive use in various scientific and analytical applications where minute quantities of substances need to be weighed with precision.
Key features and functions of a Semi-Micro Balance:
High Precision: Semi-micro balances are characterized by their exceptional precision, capable of measuring weights in the milligram (10^-3 grams) or microgram (10^-6 grams) range. This level of accuracy is vital in fields like pharmaceuticals, chemistry, and materials science.
Enclosed Environment: To ensure accurate measurements, semi-micro balances are often placed in an enclosed chamber or draft shield. This protective barrier helps minimize the effects of air currents, humidity, and external disturbances that can affect measurements.
Advanced Weighing Technology: These balances utilize advanced weighing technology, such as electromagnetic force restoration or analytical pan movement, to provide stable and reliable results even for tiny sample sizes.
Touchscreen or Digital Interface: Many modern semi-micro balances feature touchscreen interfaces or digital displays that simplify operation, data entry, and result recording. They also allow for easy calibration and taring.
Data Logging: Semi-micro balances often come equipped with data logging capabilities, allowing users to record and store measurement data for traceability and analysis.
Applications of Semi-Micro Balances:
Chemical Analysis: In chemical laboratories, semi-micro balances are used to measure precise quantities of reagents, compounds, and solvents for analytical techniques like titrations and gravimetric analysis.
Pharmaceuticals: In pharmaceutical research and manufacturing, semi-micro balances are essential for accurately weighing active pharmaceutical ingredients (APIs) and excipients for drug formulation.
Materials Science: Researchers in materials science employ semi-micro balances to measure small amounts of powders, nanoparticles, or composite materials, aiding in the development of advanced materials with specific properties.
Biotechnology: Semi-micro balances are used in biotechnology applications to measure biomolecules like DNA, proteins, and enzymes for various research and diagnostic purposes.
Quality Control: Industries such as food, cosmetics, and electronics rely on semi-micro balances for quality control, ensuring that products meet specific weight specifications and tolerances.
Environmental Analysis: In environmental monitoring, semi-micro balances help determine the mass of pollutants, particulate matter, and contaminants in air and water samples.
In summary, semi-micro balances are precision instruments that play a critical role in scientific research, quality control, and analytical applications where the accurate measurement of small quantities is essential. Their ability to provide reliable, sub-milligram measurements makes them indispensable tools in various fields of science and industry.
₹25,959  
Aczet CTG 100 100 Kg Weighing Capacity Mild Steel Platform Scale is a heavy-duty weighing device designed with a large, flat platform for the measurement of large and heavy objects. These scales are commonly used in industrial, commercial, and agricultural settings where the accurate determination of weight is essential for various applications. Here's a comprehensive explanation in 300 words:
Design and Components:
Platform: The defining feature of a Platform Scale is its spacious and sturdy weighing platform. This platform can vary in size and material composition based on the scale's intended purpose. It is typically constructed from materials like steel or aluminum for durability and weight-bearing capacity.
Load Cells: Beneath the platform are load cells, which are specialized sensors that measure the weight or force applied to the platform. These sensors convert the force into an electrical signal, which is then processed to calculate the weight of the object.
Digital Display: Most Platform Scales are equipped with a digital display unit that provides a clear and easily readable readout of the weight measurements. The display typically shows the weight in units such as kilograms, pounds, or ounces.
Controls: Some models include control features such as zeroing (taring) the scale with an empty platform or changing the unit of measurement.
Types of Platform Scales:
Floor Scales: These are large Platform Scales placed directly on the floor. They are ideal for weighing pallets, heavy machinery, bulk materials, and large objects. Floor scales often have built-in ramps or accessible sides for easy loading and unloading.
Pallet Scales: Pallet scales are designed for weighing standard-sized pallets commonly used in logistics and warehousing. They feature a platform with low-profile designs for easy placement and removal of pallets.
Animal Scales: Platform Scales used for weighing livestock or animals are equipped with animal-friendly surfaces and can handle the weight and movement of animals safely.
Bulk Material Scales: These scales are designed for measuring bulk materials like grains, feed, and aggregates. They are often used in agricultural and industrial applications.
Applications:
Platform Scales find applications in various industries and settings, including:
Manufacturing: In factories, Platform Scales are used to weigh raw materials, products, and components as part of manufacturing and quality control processes.
Logistics and Warehousing: They are used to weigh incoming and outgoing shipments, ensuring accurate inventory management and shipping.
Agriculture: In agriculture, they are employed for weighing crops, feed, and livestock, as well as monitoring animal health and growth.
Construction: Platform Scales are used to weigh construction materials such as concrete, asphalt, and aggregates.
Recycling and Waste Management: They help determine the weight of recyclable materials and waste, aiding in waste disposal and recycling efforts.
Retail and Wholesale: In commercial settings, they are used for bulk item pricing, such as fruits, vegetables, and other produce.
In summary, a Platform Scale is a robust weighing device with a large, flat platform designed for the measurement of heavy and oversized objects. Its versatility, durability, and capacity make it an essential tool in various industries and applications where accurate weight determination is critical.
₹37,759   ₹40,120
You save ₹2,361!
5.88% OFF
Aczet CY Series Top Pan Precision Balance 610 g Capacity and 128x128 mm Pan Size, CY 612 is a specialized weighing instrument commonly found in laboratories, industrial settings, and research facilities. It is designed for accurately measuring the mass or weight of substances with high precision and is characterized by several key features:
Top Pan Design: This balance features a flat, horizontal weighing pan or platform on the top, where the sample to be weighed is placed. The top pan design allows for easy access to the weighing area and is suitable for a wide range of sample sizes and shapes.
Precision and Accuracy: Top Pan Precision Balances are engineered to provide exceptional precision and accuracy in measurements. They use advanced load cells or sensors to detect even the slightest changes in weight, ensuring reliable results.
Readability: These balances typically offer high readability, often down to milligrams or even micrograms, depending on the model. This level of sensitivity is essential for applications where precise measurements are critical, such as chemical analysis or pharmaceutical quality control.
Digital Display: Most modern Top Pan Precision Balances come equipped with digital displays that show the weight readings in various units, such as grams, milligrams, or ounces. Some may also have touchscreen interfaces for ease of use.
Taring Function: A taring function allows the user to reset the balance to zero with the container or vessel in which the sample is placed. This feature enables the measurement of the sample's weight alone, excluding the container's weight.
Built-in Calibration: Many top pan balances have built-in calibration routines or external calibration weights to ensure accuracy over time. Regular calibration is essential to maintain measurement integrity.
Applications: Top Pan Precision Balances find applications in diverse fields, including chemistry, biology, pharmaceuticals, and materials science. They are used for tasks such as weighing chemicals for experiments, preparing pharmaceutical formulations, measuring food ingredients, and determining sample masses for research.
Portability and Compact Size: Some models are designed to be portable and compact, making them suitable for fieldwork and applications where mobility is required.
Safety Features: Many precision balances come with safety features like overload protection to prevent damage to the balance caused by excessive weight.
In conclusion, a Top Pan Precision Balance is a highly accurate and versatile weighing instrument with a flat top pan for placing samples. Its precision, readability, digital display, taring function, and suitability for various applications make it an indispensable tool in scientific research, quality control, and industrial processes where precise measurement of mass is essential.
₹12,34,708   ₹13,58,180
You save ₹123,472!
9.09% OFF
Aczet WB - 50T 12 50 Ton Weighing Capacity Metal Weighbridge Scale is a heavy-duty industrial scale designed for the accurate and reliable weighing of vehicles, primarily trucks and their cargo. These scales are commonly used in various industries, including logistics, agriculture, mining, waste management, and manufacturing, to determine the weight of goods transported on vehicles. Here's a detailed explanation of Weighbridge Scales:
Heavy-Duty Design: Weighbridge Scales are built to withstand the immense weight and traffic associated with trucks and other large vehicles. They are constructed from robust materials like steel or concrete to ensure durability and long-term use.
Load Cells: The primary weighing mechanism in a weighbridge is the load cells. These sensors are strategically placed beneath the scale platform to measure the weight of the vehicle and its cargo accurately.
Accurate Weighing: Weighbridge Scales are engineered to provide highly accurate weight measurements, even for heavy loads. This precision is crucial for various applications, including determining the weight of materials for invoicing, inventory management, and compliance with legal weight limits.
Vehicle Access: Vehicles are driven onto the weighbridge platform, which is typically a flat, elevated surface. There are different types of weighbridges, including pit-mounted and above-ground designs, each with its own advantages.
Weight Display: Weight readings are displayed on an indicator, often located in a nearby control room or booth. Some weighbridge systems include a digital display on a pole near the weighbridge for drivers to see their vehicle's weight.
Tare Function: Weighbridge Scales have a tare function, allowing the scale to account for the weight of the vehicle without its load. This ensures that only the weight of the cargo is measured.
Data Logging and Connectivity: Many modern weighbridge systems are equipped with data logging capabilities, enabling the storage and retrieval of weight data over time. They can also be integrated with computer systems and software for record-keeping, invoicing, and reporting purposes.
Legal Compliance: Weighbridge Scales are often used to ensure compliance with legal weight limits imposed by transportation authorities. Vehicles exceeding these limits may be subject to fines, and the scales help prevent overloading.
Safety Features: Safety is a significant consideration in weighbridge design. Features such as guardrails, traffic lights, and barriers help ensure the safe movement of vehicles on and off the scale.
Environmental Considerations: Weighbridge Scales are designed to operate reliably in various weather conditions and environmental factors, including exposure to moisture, dust, and temperature variations.
In summary, Weighbridge Scales are essential tools in industries that involve the transportation of goods by trucks. Their accuracy, durability, and compliance with legal regulations make them integral for invoicing, inventory management, and safety. These scales contribute to efficient and accountable operations in logistics, mining, agriculture, and other sectors reliant on the precise measurement of vehicle weights.
₹3,65,799   ₹3,77,600
You save ₹11,801!
3.13% OFF
Aczet Ice Flake Maker 150 Kg/24 Hour Capacity and 635 x 611 x 945 mm Size, AMS-150 is a specialized refrigeration device designed to produce high-quality flake ice, which is commonly used in various laboratory applications. Flake ice consists of small, flat, thin ice chips that have several advantages for laboratory use, including temperature control, sample preservation, and experimental procedures. Here's an explanation of how an ice flake maker serves lab requirements in 300 words:
Temperature Control: In many laboratory experiments and processes, precise temperature control is critical. Flake ice is an excellent temperature regulator because it can quickly absorb and release heat. Lab equipment, such as temperature-controlled baths or reaction vessels, can use flake ice to maintain stable and consistent temperatures, ensuring the accuracy and reliability of experiments.
Sample Preservation: Labs often need to store or transport sensitive biological samples, chemicals, or pharmaceuticals at low temperatures. Flake ice provides a reliable and uniform cooling medium, helping to maintain the integrity and viability of these samples. It minimizes temperature fluctuations and reduces the risk of sample degradation.
Chemical Reactions: Some chemical reactions in laboratories generate heat as a byproduct. Flake ice can be used to cool reaction vessels, preventing overheating and potential hazards. This cooling capability is especially crucial for exothermic reactions that release significant amounts of heat.
Material Testing: Labs conducting material testing or stress analysis often require controlled conditions, including temperature. Flake ice can be used in stress testing machines to maintain consistent temperatures during experiments, ensuring accurate and repeatable results.
Medical and Healthcare: In medical and healthcare labs, flake ice is used for cryopreservation of biological materials, transportation of temperature-sensitive medications, and maintaining the cold chain for vaccines and samples.
An ice flake maker for labs typically consists of a refrigeration system, an ice-making chamber, and a cutting mechanism. Water is sprayed onto a cold surface inside the chamber, where it freezes into a thin layer of ice. A rotating blade then scrapes the ice from the surface, creating flakes that can be collected and used as needed.
These machines are available in various sizes and capacities to suit the specific needs of different laboratories. They offer a convenient and reliable source of high-quality flake ice, contributing to the precision, safety, and efficiency of laboratory processes, experiments, and sample management.
₹24,779   ₹25,960
You save ₹1,181!
4.55% OFF
Aczet Ultrasonic Cleaner 1.8 L Capacity and 60 W Power, CUB 2.0 is a highly efficient and versatile device used for cleaning various objects and surfaces by utilizing the power of ultrasonic waves. This technology relies on the principle of cavitation, where tiny, high-frequency sound waves generate microscopic bubbles in a liquid cleaning solution. These bubbles implode upon contact with the object being cleaned, creating intense agitation and releasing energy that dislodges dirt, contaminants, and other particles from the surface.
The key components of an ultrasonic cleaner include a tank filled with a cleaning solution, an ultrasonic transducer, and a control panel. The user places the item to be cleaned in the tank, ensuring it is fully submerged in the solution. When the cleaner is activated, the transducer emits ultrasonic waves at frequencies typically ranging from 20 kHz to 40 kHz, although some models can operate at even higher frequencies.
Ultrasonic cleaners are used in a wide range of applications, including jewelry cleaning, medical instrument sterilization, electronics component cleaning, and even the restoration of delicate artifacts and collectibles. They offer several advantages over traditional cleaning methods:
Precision Cleaning: Ultrasonic waves can reach and clean intricate and hard-to-reach areas, ensuring a thorough and consistent cleaning process.
Time Efficiency: Ultrasonic cleaners work quickly, often cleaning items in a matter of minutes, reducing labor and processing time.
Non-Destructive: They are gentle on delicate items and materials, minimizing the risk of damage.
Environmentally Friendly: Ultrasonic cleaning typically requires less water and chemicals compared to traditional methods, making it more environmentally sustainable.
Versatility: They can be used with various cleaning solutions tailored to specific applications.
However, it's essential to choose the right cleaning solution and operating parameters (such as frequency and power) to ensure the best results without causing any harm to the items being cleaned.
In conclusion, ultrasonic cleaners are valuable tools for achieving efficient, thorough, and non-destructive cleaning across a wide range of industries and applications. Their ability to harness the power of ultrasonic waves makes them a go-to solution for maintaining cleanliness and hygiene while preserving the integrity of valuable or sensitive items.
₹37,759   ₹38,940
You save ₹1,181!
3.03% OFF
Aczet CTG - 50N 50 Kg Weighing Capacity Stainless Steel Counting Platform Scale is a specialized weighing device designed for accurately counting large quantities of small, uniform objects, such as screws, bolts, electronic components, or pharmaceutical pills. It offers a convenient and efficient solution for inventory management and parts counting tasks in various industrial, manufacturing, and retail settings. Here's a comprehensive explanation in 300 words:
Design and Components:
Platform: The platform of a Counting Platform Scale is typically larger than that of standard counting scales to accommodate larger quantities of items. It is usually made from durable materials like stainless steel or aluminum to withstand heavy use.
Load Cells: Beneath the platform are load cells, which are sensors that measure the applied weight or force. These sensors convert the force into an electrical signal, allowing for accurate weight measurements.
Digital Display: Most Counting Platform Scales come equipped with a digital display unit that shows weight readings in units such as grams, kilograms, pounds, or ounces. The display is easy to read and provides real-time weight information.
Controls: These scales may include controls for functions like zeroing (taring) the scale, calibrating the counting function, and changing the unit of measurement.
Counting Functionality:
The primary function of a Counting Platform Scale is to accurately count a large number of identical items based on the weight of a smaller sample. The process typically involves these steps:
Taring: The scale is tared or zeroed with an empty container or sample tray placed on the platform to account for its weight.
Sample Weighing: A known number of items (the sample) is placed on the platform and weighed. The scale calculates the average weight per item by dividing the total weight by the quantity of items in the sample.
Counting: Once the average weight per item is established, the user can place a larger quantity of items on the scale. The scale divides the total weight of the items by the average weight per item to provide an accurate count of the items.
Applications:
Counting Platform Scales are used in various industries and settings for efficient parts counting and inventory management. Key applications include:
Manufacturing: They assist in maintaining accurate inventories of small components, reducing the risk of shortages or overstocking.
Warehousing: In warehouses and distribution centers, these scales are used to count and verify the quantity of products for shipping and receiving.
Retail: In retail stores, they help manage stock levels and perform rapid inventory checks for small items such as nuts and bolts, jewelry, or electronic components.
Pharmaceuticals: Counting scales are crucial for pharmacies and pharmaceutical manufacturers to ensure precise counting and packaging of pills and capsules.
Electronics: In electronics assembly, these scales are used to count small electronic components like resistors, capacitors, and connectors.
In summary, a Counting Platform Scale is a specialized weighing device designed for accurately counting large quantities of small, uniform items. Its efficiency, accuracy, and ease of use make it an indispensable tool in various industries where parts counting and inventory management are essential for efficient operations.
₹29,499  
Aczet CTG 300 300 Kg Weighing Capacity Mild Steel Platform Scale is a heavy-duty weighing device designed with a large, flat platform for the measurement of large and heavy objects. These scales are commonly used in industrial, commercial, and agricultural settings where the accurate determination of weight is essential for various applications. Here's a comprehensive explanation in 300 words:
Design and Components:
Platform: The defining feature of a Platform Scale is its spacious and sturdy weighing platform. This platform can vary in size and material composition based on the scale's intended purpose. It is typically constructed from materials like steel or aluminum for durability and weight-bearing capacity.
Load Cells: Beneath the platform are load cells, which are specialized sensors that measure the weight or force applied to the platform. These sensors convert the force into an electrical signal, which is then processed to calculate the weight of the object.
Digital Display: Most Platform Scales are equipped with a digital display unit that provides a clear and easily readable readout of the weight measurements. The display typically shows the weight in units such as kilograms, pounds, or ounces.
Controls: Some models include control features such as zeroing (taring) the scale with an empty platform or changing the unit of measurement.
Types of Platform Scales:
Floor Scales: These are large Platform Scales placed directly on the floor. They are ideal for weighing pallets, heavy machinery, bulk materials, and large objects. Floor scales often have built-in ramps or accessible sides for easy loading and unloading.
Pallet Scales: Pallet scales are designed for weighing standard-sized pallets commonly used in logistics and warehousing. They feature a platform with low-profile designs for easy placement and removal of pallets.
Animal Scales: Platform Scales used for weighing livestock or animals are equipped with animal-friendly surfaces and can handle the weight and movement of animals safely.
Bulk Material Scales: These scales are designed for measuring bulk materials like grains, feed, and aggregates. They are often used in agricultural and industrial applications.
Applications:
Platform Scales find applications in various industries and settings, including:
Manufacturing: In factories, Platform Scales are used to weigh raw materials, products, and components as part of manufacturing and quality control processes.
Logistics and Warehousing: They are used to weigh incoming and outgoing shipments, ensuring accurate inventory management and shipping.
Agriculture: In agriculture, they are employed for weighing crops, feed, and livestock, as well as monitoring animal health and growth.
Construction: Platform Scales are used to weigh construction materials such as concrete, asphalt, and aggregates.
Recycling and Waste Management: They help determine the weight of recyclable materials and waste, aiding in waste disposal and recycling efforts.
Retail and Wholesale: In commercial settings, they are used for bulk item pricing, such as fruits, vegetables, and other produce.
In summary, a Platform Scale is a robust weighing device with a large, flat platform designed for the measurement of heavy and oversized objects. Its versatility, durability, and capacity make it an essential tool in various industries and applications where accurate weight determination is critical.
₹33,039   ₹35,400
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Aczet CG-L Series Precision Balance 300 g Capacity and 90 mm Dia Pan Size, CG 303L is a laboratory instrument designed for accurately and precisely measuring the mass or weight of substances. These balances are crucial tools in scientific research, quality control, and various industrial applications where precise measurements are essential. Here's a comprehensive explanation in 300 words:
High Precision and Accuracy: Precision Balances are engineered to provide extremely accurate and precise measurements of mass. They are capable of measuring weight down to very small increments, often in milligrams (thousandths of a gram) or even micrograms (millionths of a gram). This level of precision is essential for tasks such as chemical analysis, pharmaceutical formulation, and research experiments.
Digital Display: Most modern Precision Balances are equipped with digital displays that show weight readings in various units, such as grams, milligrams, ounces, or carats (used in gemology). The digital readout ensures easy and accurate reading of measurements.
Taring Function: A taring function allows users to reset the balance to zero with a container or vessel in place. This feature ensures that only the sample's weight is measured, excluding the container's weight, which is crucial for accurate results.
Calibration: Regular calibration is essential to maintain the accuracy of Precision Balances. They may include built-in calibration features or allow for external calibration using calibrated weights.
Applications: Precision Balances find applications in various fields, including chemistry, biology, pharmacy, materials science, and more. They are used for tasks such as measuring reagents, preparing pharmaceutical formulations, determining the purity of substances, and conducting scientific research.
Sample Handling: Samples are typically placed on a precision weighing pan or platform made of materials like stainless steel, which is resistant to corrosion and easy to clean. The pan provides a stable surface for accurate measurements.
Safety Features: Some Precision Balances include safety features like overload protection to prevent damage to the balance caused by excessive weight.
Data Logging and Connectivity: Many modern precision balances are equipped with data logging capabilities and connectivity options like USB or Ethernet ports. This allows for easy data transfer and record-keeping, enhancing workflow efficiency.
Environmental Controls: Some models come with features like temperature and humidity compensation to ensure accurate measurements in varying environmental conditions.
In summary, Precision Balances are indispensable tools in laboratories and industries where precision and accuracy in weight measurement are paramount. Their high precision, digital displays, taring functions, and adaptability to various applications make them essential for achieving reliable and consistent results in scientific and industrial settings.
₹1,29,799   ₹1,35,700
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Aczet Electronic Densimeter 0.01 g -3.1 Kg Capacity and ±0.01 g/cm3 Readability, CY 3102GT is a sophisticated laboratory instrument used to measure the density of a substance with high precision. It operates on the principle of Archimedes' buoyancy principle, which involves comparing the weight of an object in air to its weight when submerged in a liquid. Here's a comprehensive explanation in 300 words:
Measurement Principle: Electronic Densimeters work on the principle of buoyancy, which states that the buoyant force acting on an object immersed in a fluid is equal to the weight of the displaced fluid. When a sample is placed in the densimeter's measuring chamber, it is first weighed in air, and then it is immersed in a reference liquid of known density. The densimeter measures the difference in weight between the two conditions to calculate the density of the sample.
Sample Types: Electronic Densimeters can measure the density of various types of substances, including liquids, solids, and powders. They are commonly used in industries such as pharmaceuticals, food and beverages, petroleum, chemicals, and materials science.
Precision and Accuracy: These instruments are known for their high precision and accuracy. They can measure density to several decimal places, providing extremely precise results. This level of accuracy is crucial for quality control and research applications.
Digital Display: Electronic Densimeters are equipped with digital displays that show density readings in units such as grams per milliliter (g/mL) or kilograms per cubic meter (kg/m³). Some models also provide temperature compensation to account for variations in sample temperature.
Sample Handling: Samples are typically introduced into the densimeter using a sample chamber or container. The instrument may have provisions for automatic sample loading and unloading, reducing the risk of human error.
Calibration: Regular calibration is essential to maintain the accuracy of an Electronic Densimeter. Calibration is performed using reference standards of known density.
Applications: Electronic Densimeters find a wide range of applications, including determining the purity of liquids, monitoring product quality in the beverage industry, assessing the density of petroleum products, and measuring the concentration of chemicals in solutions.
Safety Features: Some densimeter models include safety features like overload protection to prevent damage to the instrument in case of excessive sample weight.
In summary, an Electronic Densimeter is a precision instrument that measures the density of substances by comparing the weight of a sample in air to its weight when submerged in a reference liquid. Its high accuracy and digital display make it an indispensable tool for quality control, research, and product development in various industries. These instruments provide essential data for ensuring product quality, compliance with standards, and research advancements.
₹50,739   ₹54,280
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Aczet CY-C Series Top Pan Precision Balance 1.2 Kg Capacity and 198x205 mm Pan Size, CY 1202C is a specialized weighing instrument commonly found in laboratories, industrial settings, and research facilities. It is designed for accurately measuring the mass or weight of substances with high precision and is characterized by several key features:
Top Pan Design: This balance features a flat, horizontal weighing pan or platform on the top, where the sample to be weighed is placed. The top pan design allows for easy access to the weighing area and is suitable for a wide range of sample sizes and shapes.
Precision and Accuracy: Top Pan Precision Balances are engineered to provide exceptional precision and accuracy in measurements. They use advanced load cells or sensors to detect even the slightest changes in weight, ensuring reliable results.
Readability: These balances typically offer high readability, often down to milligrams or even micrograms, depending on the model. This level of sensitivity is essential for applications where precise measurements are critical, such as chemical analysis or pharmaceutical quality control.
Digital Display: Most modern Top Pan Precision Balances come equipped with digital displays that show the weight readings in various units, such as grams, milligrams, or ounces. Some may also have touchscreen interfaces for ease of use.
Taring Function: A taring function allows the user to reset the balance to zero with the container or vessel in which the sample is placed. This feature enables the measurement of the sample's weight alone, excluding the container's weight.
Built-in Calibration: Many top pan balances have built-in calibration routines or external calibration weights to ensure accuracy over time. Regular calibration is essential to maintain measurement integrity.
Applications: Top Pan Precision Balances find applications in diverse fields, including chemistry, biology, pharmaceuticals, and materials science. They are used for tasks such as weighing chemicals for experiments, preparing pharmaceutical formulations, measuring food ingredients, and determining sample masses for research.
Portability and Compact Size: Some models are designed to be portable and compact, making them suitable for fieldwork and applications where mobility is required.
Safety Features: Many precision balances come with safety features like overload protection to prevent damage to the balance caused by excessive weight.
In conclusion, a Top Pan Precision Balance is a highly accurate and versatile weighing instrument with a flat top pan for placing samples. Its precision, readability, digital display, taring function, and suitability for various applications make it an indispensable tool in scientific research, quality control, and industrial processes where precise measurement of mass is essential.
₹30,679   ₹31,860
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Aczet Height and Weight Scale 200 Kg Capacity and 100 g Readability, HS 200 is a specialized medical device designed to measure both a person's height and weight simultaneously. These scales are commonly used in healthcare settings, such as hospitals, clinics, and doctor's offices, to obtain essential health measurements and assess an individual's overall health status. Here's a detailed explanation of Height and Weight Scales:
Design: A Height and Weight Scale combines a traditional weighing scale with a stadiometer, which is a vertical ruler or height measurement device. These two components are integrated into a single unit.
Weight Measurement: The scale's weight measurement functionality is similar to that of a standard weighing scale. It typically features a platform for individuals to stand on, and it measures body weight in pounds (lb) or kilograms (kg).
Height Measurement: The stadiometer component allows for precise height measurement. It consists of a vertical rod or ruler with a moveable headpiece. The individual stands against the ruler with their heels, and the headpiece is gently lowered to rest on the top of their head. The height is then read from the scale's ruler, providing an accurate measurement in centimeters or inches.
Accuracy: Height and Weight Scales are engineered to provide highly accurate measurements, ensuring that healthcare professionals obtain precise data for tracking patients' growth, health, and overall well-being.
Tare Function: These scales often include a tare function for weight measurement, allowing healthcare providers to account for the weight of clothing or accessories that the patient may be wearing, ensuring that only the patient's body weight is measured.
Digital Display: The scale typically features a digital display that shows weight and height readings clearly and prominently for easy recording.
Data Recording: Some models include the capability to record and store height and weight measurements electronically, allowing healthcare professionals to track changes in patients' growth and health over time.
Portability: While many Height and Weight Scales are designed for permanent installation in healthcare facilities, there are portable versions that can be easily moved from one location to another, making them suitable for mobile clinics or outreach programs.
Health Assessments: These scales are indispensable tools for healthcare providers to monitor patients' growth and development, assess nutritional status, calculate Body Mass Index (BMI), and detect potential health concerns.
In summary, Height and Weight Scales are vital instruments in healthcare settings, enabling healthcare professionals to obtain essential measurements quickly and accurately. By combining height and weight measurements in a single device, these scales provide a comprehensive assessment of a person's health, growth, and nutritional status, contributing to informed medical decisions and patient care.
₹73,159   ₹77,880
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Minimum Weight as per USP: 1 gResponse time: 2- 3 Sec.Units of measure: g. mg. ct, GN, mo, oz. dwt etc.Rate Range: FullOperating Temperature: + 10° to 40°CSensitivity Drift: +/- 2ppm (2x 10^-6 /°C)Protection: User Administration And Password ProtectionMinimum Sample Weight As Per USP: Approx 1 to 2 gmMinimum Weight As Per (U= 1%, sd=2): 20 mgCompliance: ISO, GLP / GMP USP ComplianceHousing Dimension (MxDxH): 342.5 x 212 x 271 mmApplicaton:
Weighing
Net/Total
Check Weighing
Percentage Weighing
Weight accumulation
Parts counting
Animal Weighing
Dynamic Weighing
Density determination
Below balance weighingAnalytical Draft Shield:
Precision balance with analytical draft shield is an addition for accurate, reliable and stable.Perfect Self Auto Calibration (In balance with suffix “C”:
When the ambient temperature changes by a specific value or once a defined time interval has elapsed, it performs External Calibration.IDNR
Facility to input IDNR number forindividualreadings.Brilliant readability:
Bright backlit display with I5 mm digits.Built-in clock make all your documents ISO / GLP / USP compliance.RS232C/USB:
A bidirectional RS 232C data interface or USB makes communication with PC/Printer easier.Overload Protection:
Capacity tracker built into display for easily monitoring possible overloads.Statistical Calculation Function:
The balance display and/or output statistical calculation data as No. (number of data), SUM (total),MAX (maximum), MIN (minimum), R [range (maximum - minimum)], AVE (average), SD (standard deviation) and CV (coefficieint of variation).
₹57,819   ₹61,360
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Minimum Weight as per USP: 1 gResponse time: 2- 3 Sec.Units of measure: g. mg. ct, GN, mo, oz. dwt etc.Rate Range: FullOperating Temperature: + 10° to 40°CSensitivity Drift: +/- 2ppm (2x 10^-6 /°C)Protection: User Administration And Password ProtectionMinimum Sample Weight As Per USP: Approx 1 to 2 gmMinimum Weight As Per (U= 1%, sd=2): 20 mgCompliance: ISO, GLP / GMP USP ComplianceHousing Dimension (MxDxH): 342.5 x 212 x 271 mmApplicaton:
Weighing
Net/Total
Check Weighing
Percentage Weighing
Weight accumulation
Parts counting
Animal Weighing
Dynamic Weighing
Density determination
Below balance weighingAnalytical Draft Shield:
Precision balance with analytical draft shield is an addition for accurate, reliable and stable.Perfect Self Auto Calibration (In balance with suffix “C”:
When the ambient temperature changes by a specific value or once a defined time interval has elapsed, it performs External Calibration.IDNR
Facility to input IDNR number forindividualreadings.Brilliant readability:
Bright backlit display with I5 mm digits.Built-in clock make all your documents ISO / GLP / USP compliance.RS232C/USB:
A bidirectional RS 232C data interface or USB makes communication with PC/Printer easier.Overload Protection:
Capacity tracker built into display for easily monitoring possible overloads.Statistical Calculation Function:
The balance display and/or output statistical calculation data as No. (number of data), SUM (total),MAX (maximum), MIN (minimum), R [range (maximum - minimum)], AVE (average), SD (standard deviation) and CV (coefficieint of variation).
₹8,90,363   ₹9,79,400
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Aczet CM Series Micro Balance 6.1 g Capacity and 30 mm Dia Pan Size, CM 6 is a highly precise scientific instrument used in analytical chemistry and materials science for measuring the mass of extremely small quantities of substances. Unlike conventional balances, which are designed for larger sample sizes, micro balances are capable of detecting and quantifying minute changes in mass at the microgram (10^-6 grams) or even nanogram (10^-9 grams) level. These instruments are essential in various fields, including pharmaceuticals, environmental analysis, and nanotechnology, where accuracy and precision are paramount.
Micro balances typically consist of a sensitive weighing pan suspended within an enclosed chamber to minimize environmental influences like air currents and humidity. They operate based on the principle of electromagnetic force compensation or lever-arm deflection, ensuring accurate measurements even in the presence of gravitational variations.
The applications of micro balances are diverse:
Pharmaceutical Research: Micro balances are used to measure the precise amounts of active pharmaceutical ingredients in drug formulations, ensuring quality and consistency in medication production.
Material Characterization: In materials science, micro balances help determine the mass of powders, nanoparticles, and coatings, aiding in the development of advanced materials with specific properties.
Environmental Analysis: Micro balances play a crucial role in environmental monitoring by measuring trace amounts of pollutants, toxins, or particulate matter in air and water samples.
Chemical Synthesis: Chemists use micro balances to weigh reactants and products in chemical reactions, enabling precise stoichiometric calculations and minimizing waste.
Biotechnology: Micro balances are employed in biotechnology research to quantify biomolecules like DNA, proteins, and enzymes for applications such as genetic testing and protein purification.
Pharmaceutical Dosage Formulation: In pharmaceutical formulation, micro balances ensure accurate dosing of active ingredients in tablets, capsules, and other dosage forms.
Nanotechnology: Researchers use micro balances to measure the mass of nanomaterials and nanoparticles, critical for developing nanoscale devices and structures.
Micro balances require a controlled environment and careful handling to maintain their precision. They are calibrated regularly using standardized weights to ensure accuracy. Any fluctuation in temperature, humidity, or air currents can affect measurements, making them suitable only for controlled laboratory settings.
In summary, micro balances are invaluable tools for scientists and researchers working with minuscule quantities of substances. Their ability to provide highly accurate and precise mass measurements is crucial for advancing scientific knowledge and technological innovation in various fields.
₹47,199   ₹49,560
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Aczet CTG 1000 1000 Kg Weighing Capacity Mild Steel Platform Scale is a heavy-duty weighing device designed with a large, flat platform for the measurement of large and heavy objects. These scales are commonly used in industrial, commercial, and agricultural settings where the accurate determination of weight is essential for various applications. Here's a comprehensive explanation in 300 words:
Design and Components:
Platform: The defining feature of a Platform Scale is its spacious and sturdy weighing platform. This platform can vary in size and material composition based on the scale's intended purpose. It is typically constructed from materials like steel or aluminum for durability and weight-bearing capacity.
Load Cells: Beneath the platform are load cells, which are specialized sensors that measure the weight or force applied to the platform. These sensors convert the force into an electrical signal, which is then processed to calculate the weight of the object.
Digital Display: Most Platform Scales are equipped with a digital display unit that provides a clear and easily readable readout of the weight measurements. The display typically shows the weight in units such as kilograms, pounds, or ounces.
Controls: Some models include control features such as zeroing (taring) the scale with an empty platform or changing the unit of measurement.
Types of Platform Scales:
Floor Scales: These are large Platform Scales placed directly on the floor. They are ideal for weighing pallets, heavy machinery, bulk materials, and large objects. Floor scales often have built-in ramps or accessible sides for easy loading and unloading.
Pallet Scales: Pallet scales are designed for weighing standard-sized pallets commonly used in logistics and warehousing. They feature a platform with low-profile designs for easy placement and removal of pallets.
Animal Scales: Platform Scales used for weighing livestock or animals are equipped with animal-friendly surfaces and can handle the weight and movement of animals safely.
Bulk Material Scales: These scales are designed for measuring bulk materials like grains, feed, and aggregates. They are often used in agricultural and industrial applications.
Applications:
Platform Scales find applications in various industries and settings, including:
Manufacturing: In factories, Platform Scales are used to weigh raw materials, products, and components as part of manufacturing and quality control processes.
Logistics and Warehousing: They are used to weigh incoming and outgoing shipments, ensuring accurate inventory management and shipping.
Agriculture: In agriculture, they are employed for weighing crops, feed, and livestock, as well as monitoring animal health and growth.
Construction: Platform Scales are used to weigh construction materials such as concrete, asphalt, and aggregates.
Recycling and Waste Management: They help determine the weight of recyclable materials and waste, aiding in waste disposal and recycling efforts.
Retail and Wholesale: In commercial settings, they are used for bulk item pricing, such as fruits, vegetables, and other produce.
In summary, a Platform Scale is a robust weighing device with a large, flat platform designed for the measurement of heavy and oversized objects. Its versatility, durability, and capacity make it an essential tool in various industries and applications where accurate weight determination is critical.
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Top Selling Aczet Products Online Products Price List for December 2025

Product Name Specifications Expected Price Dispatch Time Discount
Aczet Portable Medical Scale 180 Kg Capacity and 100 g Readability, HS - 180 Color White | Display Type Digital LCD ₹16,519 10 days 6.67% OFF
Aczet Animal Weighing Scale 150 Kg Capacity and 50 g Readability, CTG 150A Accuracy 50 g | Display Type Digital LCD ₹33,039 10 days 3.45% OFF
Aczet CG 203L Electronic Precision Balance Capacity 200 gm Capacity 200 g | Dimension 27 19 27 (mm) (LW H) ₹27,139 10 days 11.54% OFF
This data was last updated on 13/12/2025