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Insize Electronic Testing

Showing 40 out of 73 products

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₹77,040  
The INSIZE Arbitrary Waveform Generator with 2 Channel, 2-8 K Arbitrary Waveform and 10 MHz Maximum Output Frequency, 9535-1010 is an essential instrument designed for advanced electronic testing, signal simulation, and laboratory research. Featuring dual independent channels, it allows engineers and technicians to generate complex electrical signals simultaneously with exceptional precision. With its capability to create custom wave shapes utilizing 2-8 K point length configurations, this device easily simulates real-world conditions. Furthermore, it operates up to a maximum output frequency of 10 MHz, providing highly stable sine, square, ramp, and user-defined signals for accurate diagnostic analysis across various electronic applications.Investing in the INSIZE Arbitrary Waveform Generator with 2 Channel, 2-8 K Arbitrary Waveform and 10 MHz Maximum Output Frequency, 9535-1010 ensures high reliability and operational versatility in modern testing environments. Its intuitive user interface simplifies parameter adjustments, enabling seamless modulation and waveform customization for research and quality control teams. The dual-channel architecture enables versatile differential signal generation, crosstalk evaluations, and component characterization. Engineered with durable components, model 9535-1010 offers stable signal fidelity, making it an outstanding choice for educational institutions, industrial design facilities, and electronic manufacturing facilities requiring reliable signal synthesis.
₹24,643  
INSIZE DC Resistance Box with 0.1 Ω - 111111.0 Ω Resistance Range and 0.1% Basic Accuracy, 9680-ZX21A is designed to provide selectable resistance values for electrical testing, instrument verification, calibration, and laboratory experiments. Its extensive resistance range from 0.1 Ω to 111111.0 Ω enables users to establish different resistance conditions according to testing requirements. A stated basic accuracy of 0.1% supports controlled and repeatable electrical evaluations. The resistance box provides a convenient alternative to assembling multiple individual resistors when specific resistance values are needed during equipment testing or measurement-system assessment.
INSIZE DC Resistance Box with 0.1 Ω - 111111.0 Ω Resistance Range and 0.1% Basic Accuracy, 9680-ZX21A can be incorporated into calibration laboratories, electronics workshops, educational facilities, research environments, and production quality-control areas. Its selectable resistance arrangement allows technicians to simulate defined resistance loads while checking meters, sensors, circuits, and related measuring equipment. The broad operating span makes it useful for both low-resistance and higher-resistance test conditions. With its precision-oriented construction and convenient value selection, this instrument helps streamline verification procedures. It can support troubleshooting, comparative testing, calibration exercises, and controlled electrical experiments requiring dependable DC resistance references.
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₹60,226  
The INSIZE Arbitrary Waveform Generator with 2 Channel, 2-10 K Arbitrary Waveform and 25 MHz Maximum Output Frequency, 9535-1025 delivers high-performance signal generation tailored for advanced electronic testing, research laboratories, and educational applications. Equipped with dual-channel functionality, this instrument allows technical professionals to synthesize complex standard and custom waveforms with extreme precision. The unit features an impressive output range reaching up to 25 MHz, ensuring stable, low-distortion signals across various frequency demands. Designed with user-friendly control interfaces, it enables efficient configuration of technical parameters, facilitating seamless integration into automated test setups and benchtop research environments.Engineered for versatility and accuracy, the INSIZE Arbitrary Waveform Generator with 2 Channel, 2-10 K Arbitrary Waveform and 25 MHz Maximum Output Frequency, 9535-1025 provides robust waveform memory capability spanning 2 to 10 K points. This extensive buffer depth allows users to create detailed, custom electrical patterns necessary for analyzing sensitive components and evaluating circuit responses under real-world operating conditions. Its dual independent channels offer flexible signal manipulation, including phase matching and signal summing. Modern circuitry ensures long-term reliability and precise voltage output, making this generator an essential asset for electrical engineering tasks.
₹1,21,605  
INSIZE Stormer Viscometer Basic Type with 40 - 141 KU / 32 - 1099 g / 27 - 5274 cP Range and ±1.0% FS Accuracy, STV-R200 is designed for determining the viscosity of suitable liquid and coating materials under controlled laboratory conditions. It provides measurement ranges of 40 to 141 KU, 32 to 1099 g, and 27 to 5274 cP, offering multiple ways to represent viscosity results. The stated accuracy of ±1.0% FS supports consistent evaluation during routine testing. Its Stormer configuration is suitable for assessing flow resistance in materials where viscosity control is important for formulation, processing, and quality assurance. INSIZE Stormer Viscometer Basic Type with 40 - 141 KU / 32 - 1099 g / 27 - 5274 cP Range and ±1.0% FS Accuracy, STV-R200 can be used in paint, coating, ink, adhesive, chemical, and related manufacturing laboratories. The available KU, gram, and cP ranges provide flexibility for evaluating compatible materials according to established testing practices. Its defined accuracy supports comparative measurements between samples, batches, or formulations. The instrument can assist with incoming-material inspection, production monitoring, formulation development, and finished-product verification. By providing a controlled method for viscosity assessment, it helps technicians evaluate consistency and identify variations that may influence application behavior, coating quality, and processing performance.
₹1,99,303  
INSIZE Din Abrasion Tester with 0.32 m/s Abrasion Speed and 460 mm Length, QTM-A1 is designed to evaluate the abrasion resistance of suitable rubber, elastomer, and other applicable materials under controlled testing conditions. Its specified abrasion speed of 0.32 m/s provides a defined operating condition for wear assessment, while the 460 mm length contributes to the tester's working arrangement. Abrasion testing can help determine how materials respond to repeated friction and contact. This instrument supports comparative evaluation of specimens, enabling manufacturers and laboratories to study wear behavior and assess material performance during product development and quality-control procedures. INSIZE Din Abrasion Tester with 0.32 m/s Abrasion Speed and 460 mm Length, QTM-A1 can be used in material-testing laboratories, rubber manufacturing, footwear production, polymer research, and industrial quality-control environments. The controlled abrasion speed helps establish repeatable testing conditions for suitable specimens. By subjecting materials to defined abrasive action, operators can examine resistance to surface wear and compare different formulations or production batches. The tester can assist with incoming-material verification, process development, finished-product evaluation, and performance studies. Its dedicated abrasion-testing arrangement provides a practical means of investigating durability characteristics where resistance to friction-induced material loss is an important consideration.
₹2,46,453  
INSIZE LCR Meter with 3.5 inch (88.9 mm) TFT LCD Display, Auto, Manual, Nominal, 9 Level of Ranges Range and 0.05% Basic Accuracy, 9653-YS02 is designed for electrical measurement and component evaluation in laboratory, maintenance, and production environments. Its 3.5 inch (88.9 mm) TFT LCD display provides a clear interface for viewing measurement information. Auto, manual, and nominal operating selections offer flexibility for different testing requirements, while nine levels of ranges help accommodate varying measurement conditions. With a stated basic accuracy of 0.05%, the instrument supports detailed electrical characterization where dependable readings are required.
INSIZE LCR Meter with 3.5 inch (88.9 mm) TFT LCD Display, Auto, Manual, Nominal, 9 Level of Ranges Range and 0.05% Basic Accuracy, 9653-YS02 can assist technicians and engineers when examining electrical and electronic components during troubleshooting, incoming inspection, or quality verification. The selectable measurement approach allows users to adapt operation according to the component or test procedure. Its broad range structure can reduce the need for frequent manual adjustments during measurement. The TFT display presents readings in an accessible format, supporting efficient observation while working. This LCR meter is suitable for laboratories, electronics workshops, manufacturing lines, service centers, and other environments requiring controlled component testing.
Pack of 1 kit
₹1,65,199 - ₹1,88,799
Insize Inductance Probe Display Standard Type with 3.5 inch (88.9 mm) Touchable LCD Screen and 0.1, 1 µm Resolution is designed for precise dimensional measurement and inspection applications. It features a 3.5 inch (88.9 mm) touchable LCD screen that provides a clear and convenient interface for viewing measurement values and operating the display functions. The inductance probe system supports selectable resolutions of 0.1 µm and 1 µm, allowing users to choose an appropriate level of measurement detail according to the application. Its standard-type configuration makes it suitable for use with compatible inductive measuring probes in quality control, machining, manufacturing, and metrology environments where accurate displacement or dimensional evaluation is required. Insize Inductance Probe Display Standard Type with 3.5 inch (88.9 mm) Touchable LCD Screen and 0.1, 1 µm Resolution combines a responsive touch interface with high-resolution measurement display for professional inspection tasks. The 88.9 mm LCD screen helps users read measurement results conveniently while interacting with the instrument through its touch controls. The available 0.1 µm and 1 µm resolution settings provide flexibility for different precision requirements, supporting detailed evaluation of dimensional variations. This display unit can be integrated into measurement setups where inductive probes are used for controlled and repeatable inspection. It is suitable for workshops, laboratories, production lines, and quality assurance departments requiring a practical digital interface for precision measurement applications.
green checkType of Product : Inductance Probe Display
green checkWeight : 252 g
green checkRange : ±1, ±2, ±5, ±10 mm (Adjustable)
green checkCountry of Origin : India
green checkName of Manufacturer/Packer/Importer : Insize
green checkType : Standard
green checkDimension : 113x73x30 mm
green checkPower Supply : 24 V DC
green checkStorage Environment : Temperature: -20°C-50°C, Humidity: <80% (Non Condensing)
green checkUnits : µm, mm
green checkResolution : 0.1, 1 µm
green checkMode : Display: Banner, Dial
green checkDisplay Type : 3.5 inch (88.9 mm) Touchable LCD Screen
green checkOperating Environment : Temperature: 0°C-40°C, Humidity: <80% (Non Condensing)
green checkPort : RS485 (Modbus RTU)
green checkSampling time : 2, 4, 8, 16, 32 Seconds (Adjustable)
green checkPackage Contains : 1 x Main Unit, 1 x Power and RS 485 Cable, 1 x Stand
₹3,958  
Insize Grade 1 Individual Steel Gage Block Size 45 mm, 4101-B45 is a precision measuring tool used in dimensional metrology, machining, and quality control. It serves as a reference standard for accurately measuring lengths, calibrating other measuring instruments, and ensuring the precision of manufacturing processes. Here's a detailed explanation of an individual steel gage block:
Material and Construction: Gage blocks are typically made from high-quality steel, although they can also be made from materials like ceramic or carbide. The choice of material depends on the specific application and required precision. Steel gage blocks are commonly used for general-purpose measurements.
Precision Ground: Gage blocks are manufactured with extremely high precision. They undergo a meticulous grinding and lapping process, resulting in two opposing flat and parallel surfaces that are exceptionally smooth and precise. These surfaces are often referred to as "faces."
Accuracy: The accuracy of a gage block is specified in micrometers (millionths of a meter) or millionths of an inch, depending on the measurement system used. They are designed to maintain their dimensions within extremely tight tolerances.
Size and Thickness: Gage blocks come in various sizes and thicknesses, typically ranging from a few millimeters to several centimeters. They are available individually or in sets, allowing users to stack them to create specific lengths for measurements.
Stacking for Measurements: Gage blocks are most commonly used by stacking them together to create a precise reference length. When stacked, they adhere to each other through the principle of wringing, which relies on the surface tension of thin oil films between the blocks to hold them together securely.
Calibration and Verification: Gage blocks are an essential part of the calibration process for various measuring instruments, such as micrometers, calipers, and coordinate measuring machines. They help ensure the accuracy and reliability of these instruments.
Applications: Gage blocks find applications in a wide range of industries, including manufacturing, aerospace, automotive, and scientific research. They are used for dimensional inspections, setting and verifying machine tool offsets, and calibrating measurement instruments.
Maintenance: Proper care and storage of gage blocks are essential to maintain their accuracy. They should be stored in protective cases to prevent damage and contamination of their precision surfaces. Periodic cleaning and calibration are also recommended.
Traceability: Gage blocks used in critical applications are often traceable to national or international measurement standards, ensuring their accuracy and reliability.
In summary, an individual steel gage block is a highly precise measuring tool with flat, parallel faces used for dimensional metrology and quality control. Its accuracy, stability, and versatility make it a fundamental tool in various industries, ensuring the accuracy of measurements and manufacturing processes.
₹39,177  
Insize Paint Film Flexibility Tester with 35 mm Shaft Rod Length, PPF-BF62 is a specialized instrument used to assess the flexibility and adhesion properties of paint and coating films when subjected to bending or deformation. This testing helps determine a coating's ability to withstand flexing without cracking or delamination, which is crucial for its durability in real-world applications.
Key components and functions of a paint film flexibility tester include:
Bend Fixture: The tester typically includes a bend fixture with a precision-designed radius or diameter, which serves as the point of bending or deformation. This fixture can have different dimensions and radii to simulate various bending conditions.
Sample Holder: A sample holder or clamp securely holds the coated test specimen in position over the bend fixture. The test specimen is usually a coated substrate or a coating applied to a flexible substrate, such as a film or sheet.
Bending Mechanism: The tester is equipped with a mechanism that allows controlled bending or deformation of the sample. This can be manual, semi-automated, or fully automated, depending on the complexity of the instrument.
Control Unit: A control unit enables users to set and adjust parameters such as the bending angle, bending speed, and the number of bend cycles. This unit also records and displays test data.
Digital Display: A digital display or interface provides real-time feedback on the bending angle, force applied, and other relevant data during the test.
The process of conducting a flexibility test using a paint film flexibility tester typically involves the following steps:
Sample Preparation: A test specimen with the paint or coating of interest is prepared and securely affixed to the sample holder. The coating is allowed to dry or cure according to specified conditions.
Adjustment of Test Parameters: The operator sets the test parameters, such as the bending angle (e.g., 180 degrees), bending speed, and the number of bend cycles. These parameters can be adjusted to simulate different degrees of flexibility and bending conditions.
Test Execution: The tester is activated to bend the sample at the specified angle and speed. The sample undergoes the prescribed number of bend cycles, simulating flexing conditions.
Observation and Assessment: After the test is complete, the coating's condition is visually inspected for any signs of cracking, delamination, or other defects. The results are typically recorded.
Data Analysis: The data collected during the test, including the maximum bending angle achieved before failure, can be analyzed to determine the coating's flexibility and its ability to withstand bending without damage.
Paint film flexibility testers are widely used in industries such as automotive, aerospace, construction, and manufacturing to evaluate the performance of coatings under dynamic conditions. Coatings that pass flexibility tests are more likely to resist cracking and maintain their protective and aesthetic properties in applications where bending and flexing occur regularly, such as on vehicles, building materials, and flexible substrates like plastics and films.
₹20,703  
Insize 0-200 GU 60° Gloss Meter Basic Type with 0.1 GU Resolution, 5702-DG6 is a specialized instrument used to measure the gloss or shininess of surfaces, especially in industries where appearance and aesthetics are critical. This device quantifies the reflectivity of light off a surface at a 60-degree angle, providing objective and standardized gloss measurements.
Key components and functions of a 60° gloss meter include:
Light Source and Detector: The gloss meter is equipped with a light source, typically an LED, and a light detector. The light source directs a beam of light onto the surface being measured, while the detector measures the intensity of the reflected light.
Angular Geometry: The 60° angle refers to the geometry of the measurement. The angle at which the light is directed and the angle at which it is observed (60 degrees in this case) are standardized to ensure consistent and reproducible measurements across different instruments.
Display: The gloss meter has a digital or analog display that provides the gloss reading in gloss units (GU) or as a percentage. A higher value indicates a glossier or shinier surface, while a lower value suggests a matte or less reflective surface.
Calibration: Calibration is essential to maintain measurement accuracy. Gloss meters are often calibrated using reference standards with known gloss levels.
Applications of a 60° gloss meter include:
Automotive Industry: Gloss measurement is crucial for evaluating the finish of automotive paints and coatings, ensuring a consistent and attractive appearance of vehicles.
Printing and Packaging: Gloss meters are used to assess the gloss of printed materials, labels, packaging, and product labels to meet branding and quality standards.
Furniture and Woodworking: In the furniture and woodworking industry, gloss meters help assess the quality and finish of wood surfaces, laminates, and coatings on furniture and cabinetry.
Plastics and Polymers: Gloss measurement is important for quality control in the production of plastic products, ensuring they meet customer expectations for appearance and aesthetics.
Cosmetics and Packaging: In the cosmetics industry, gloss meters are used to evaluate the shine and appearance of cosmetic products like lipstick, nail polish, and skincare packaging.
Metal and Metal Coatings: Gloss meters assess the finish of metal surfaces and coatings, including those used in appliances, machinery, and architectural elements.
Ceramics and Glass: The gloss of ceramics, glass, and glazed surfaces is measured to ensure uniformity and quality in manufacturing and construction applications.
In summary, a 60° gloss meter is an essential tool for quantifying and standardizing the gloss or shininess of surfaces in various industries. By providing objective and repeatable measurements, it helps maintain consistent quality and appearance standards, ensuring that products meet customer expectations and regulatory requirements.
₹1,23,144  
Insize 10-100 µm Range Air Gage Display with RS485 Data Interface, 9408-QD100 is a critical component of an air gaging system used for measuring the dimensions, tolerances, and surface characteristics of precision-engineered parts. It is commonly found in manufacturing and quality control environments where high-precision measurements are essential.
Key features and functions of an air gage display include:
Pressure Sensing: The display is connected to an air gaging probe or nozzle, which introduces a controlled flow of air into the measurement system. The pressure of the air is modulated based on the distance between the probe and the workpiece surface.
Display and Readout: The display unit provides a visual representation of the measured dimension or parameter. It typically includes a digital or analog readout that displays the measurement results with high precision.
Analog or Digital Output: Some air gage displays offer analog output signals that can be interfaced with other measuring equipment or data acquisition systems. Digital output options may include serial communication ports for data logging and analysis.
Calibration and Zeroing: Air gage displays often feature calibration and zeroing capabilities to ensure measurement accuracy. Operators can calibrate the system periodically to maintain reliable measurements.
Tolerance Indicators: The display may include indicators or alarms to alert operators when measurements fall outside specified tolerances. This feature is critical for quality control and process monitoring.
Data Storage and Recording: Some advanced models come equipped with data storage capabilities, allowing users to save measurement results for documentation and quality assurance purposes.
Multiple Channel Support: In manufacturing environments, air gaging systems often consist of multiple probes or channels. The display unit can support and monitor measurements from multiple channels simultaneously.
Air gage displays are commonly used in applications where extremely tight tolerances and high precision are required, such as aerospace, automotive manufacturing, and medical device production. They are particularly well-suited for measuring characteristics like hole diameter, concentricity, thickness, and surface finish.
The principle behind air gaging involves measuring changes in air pressure as the probe is brought into contact with the workpiece. As the probe approaches the surface, the air pressure changes, and this change is translated into a precise measurement displayed on the air gage readout.
In summary, an air gage display is a critical component of air gaging systems, providing accurate, high-precision measurements of dimensions and tolerances in manufacturing and quality control processes. Its ability to measure tight tolerances and non-contact nature makes it invaluable in industries where precision and quality control are paramount.
₹57,040  
The INSIZE Spring Hammer with 0.5 J Impact Energy, ±0.04 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z50 is an essential testing instrument designed to evaluate the mechanical durability and structural integrity of electrical enclosures, household appliances, and industrial equipment. Engineered for rigorous quality assurance, this device applies a precise 0.5 Joules of kinetic energy to verify whether component housings can endure specified physical impacts during routine operational stress or accidental collisions. Its specialized spherical tip, featuring a 10 mm radius with a fine tolerance of ± 0.2 mm, ensures consistent contact pressure during standard safety assessments across modern manufacturing environments.Operating with remarkable precision, the INSIZE Spring Hammer with 0.5 J Impact Energy, ±0.04 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z50 maintains a tight margin of accuracy limited to ±0.04 Joules, guaranteeing reproducible evaluation conditions for compliance testing. Quality control technicians rely on this spring-loaded mechanism to perform standardized impact tests effectively, safeguarding internal electronics against potential mechanical damage. Its robust construction delivers dependable service life, making it a critical asset for maintaining global quality standards and consumer product safety.
₹1,29,071  
The INSIZE Spring Hammer with 2 J Impact Energy, ±0.05 J Accuracy and 25 mm ± 0.2 mm Impact Head Radius, ITM-Z200 serves as a crucial testing instrument designed for assessing the mechanical durability and structural integrity of electrical equipment enclosures and consumer products. Engineered to deliver precise mechanical shocks, this device accurately simulates real-world physical impacts, ensuring that products comply with strict international safety standards such as IEC testing requirements. Featuring a robust internal mechanism, the tool releases a standardized energy force upon contact, allowing quality control inspectors and engineers to evaluate material resilience against mechanical stress effortlessly.With its reliable design, the INSIZE Spring Hammer with 2 J Impact Energy, ±0.05 J Accuracy and 25 mm ± 0.2 mm Impact Head Radius, ITM-Z200 offers exceptional repeatability and measurement confidence across various laboratory and manufacturing environments. The integrated spring mechanism is meticulously calibrated to maintain strict tolerances, minimizing operational variance during repetitive testing routines. Users benefit from its ergonomic construction and straightforward operation, which together streamline quality assurance workflows. By verifying outer casing toughness, this specialized instrument plays a vital role in preventing product failure and ensuring user safety.
₹57,040  
The INSIZE Spring Hammer with 0.14 J Impact Energy, ±0.014 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z14 is an essential testing instrument engineered for assessing the mechanical strength and durability of electrical enclosure covers and external casings. Operating with a precise kinetic force of 0.14 Joules, this specialized tool enables technicians to evaluate structural resilience under standardized test protocols. The device features a carefully calibrated internal spring mechanism that delivers consistent mechanical strikes to verify that products withstand accidental everyday bumps or rigorous working environments without incurring structural damage or compromise.Designed for exceptional accuracy, the INSIZE Spring Hammer with 0.14 J Impact Energy, ±0.014 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z14 ensures reproducible outcomes across quality assurance procedures due to its ±0.014 J tolerance and a 10 mm ± 0.2 mm impact tip curvature. Its ergonomic construction facilitates straightforward manual operation during routine safety inspections in manufacturing settings. Quality control engineers rely on this dependable apparatus to confirm compliance with global safety criteria, guaranteeing superior product integrity, enhanced user safety, and long-term operational performance for various electronic housings.
₹57,040  
The INSIZE Spring Hammer with 1 J Impact Energy, ±0.05 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z100 serves as a crucial testing instrument designed for evaluating the mechanical strength and durability of electrical equipment enclosures. Engineered to deliver a consistent kinetic release of one joule, this specialized device ensures rigorous quality assessment according to international safety standard requirements. Its precision-engineered tip featuring a ten millimeter curvature radius guarantees reliable contact distribution, enabling technicians to determine structural resilience against sudden physical collisions without operational variability.Built specifically for demanding industrial inspection environments, the INSIZE Spring Hammer with 1 J Impact Energy, ±0.05 J Accuracy and 10 mm ± 0.2 mm Impact Head Radius, ITM-Z100 offers exceptionally tight tolerance control to maintain dependable measurement accuracy over repeated uses. The spring-driven mechanism provides seamless force application, effectively minimizing human error during routine compliance verification on consumer electronics, household appliances, and protective housings. Robust construction paired with straightforward handling makes this instrument indispensable for quality assurance professionals seeking reliable evaluation of material toughness.
₹52,958  
The Insize ISE-2DT Electronic Digital Level, a cutting-edge precision tool that redefines the way you measure angles with its impressive ±30° Measuring Range and vibrant Color LCD display. This level is designed to provide professionals and enthusiasts alike with a high-precision, user-friendly measuring experience.At the core of this digital level is its exceptional measuring range. With a ±30° range, it allows you to measure angles over a broad spectrum, making it versatile for a wide range of applications. Whether you're an engineer, carpenter, or DIY enthusiast, this tool ensures you achieve the precise angle measurements you need.One of the standout features of the ISE-2DT is its innovative Color LCD display. This high-resolution screen not only presents measurements with crystal clarity but also enhances readability with vibrant colors. You can instantly visualize your angle measurements, making the process faster and more intuitive.Ease of use is paramount with Insize, and the ISE-2DT exemplifies this. The intuitive controls ensure that you can quickly set up and calibrate the level, and its user-friendly interface makes it easy to access a variety of functions. Additionally, the digital level provides multiple measurement units, allowing you to switch between degrees, radians, and more to suit your specific needs.Professionals and enthusiasts who demand precise angle measurements will find the Insize ISE-2DT to be an indispensable tool. Its advanced features, ease of calibration, and vivid Color LCD display make it suitable for various tasks, from structural alignment to woodworking. With the Insize ISE-2DT Electronic Digital Level, you can rely on exceptional accuracy and user-friendliness, all encased in a high-quality, innovative device. Make precision angle measurement an effortless and efficient part of your work with this outstanding digital level.
₹61,359 - ₹2,00,599
The Insize Gloss Meter is a precision instrument designed for measuring the glossiness or shininess of surfaces. Gloss meters are commonly used in industries such as automotive, coatings, plastics, and printing, where surface appearance is critical to product quality and aesthetics.
With its advanced optical technology, the Insize Gloss Meter accurately measures the specular reflection of light from a surface at a specific angle, providing a numerical value that represents the surface's gloss level. This measurement is typically expressed in gloss units (GU), with higher values indicating greater glossiness and lower values indicating matte or dull surfaces.
The Insize Gloss Meter features a compact and ergonomic design, making it easy to handle and operate in various industrial environments. Its user-friendly interface and digital display allow for quick and straightforward measurement readings, enabling operators to assess surface gloss levels with precision and efficiency.
Depending on the model, the gloss meter may offer additional features such as multiple measurement angles, statistical analysis functions, and data storage capabilities, providing enhanced versatility and functionality for different applications.
By accurately quantifying surface gloss, the Insize Gloss Meter helps manufacturers maintain consistency and quality in their products, ensures compliance with industry standards and specifications, and facilitates troubleshooting and process optimization.
Overall, the Insize Gloss Meter is a valuable tool for professionals involved in quality control, research and development, and production in industries where surface appearance plays a crucial role. Its precision, reliability, and ease of use make it an indispensable instrument for assessing and maintaining the visual appeal of products and materials.
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