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Insize Non Electrical Properties Testing

Showing 40 out of 176 products

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₹8,170   ₹9,107
You save ₹937!
10.29% OFF
The Insize 9341-50 Digital Moisture Meter can display the percentage of moisture in wood, for projects such as high-pressure laminates, furniture veneers and cabinet making. The In-situ moisture meter is easy to use and is the ideal solution for field application. It has a large LED display, measuring range 0-100%, quickly detect moisture levels of construction materials such as concrete or wood. The In-situ moisture meter is accurate, compact and easy to use. It has a large, bright display that is easy to read and digits are large enough to see indoors or outside. There’s no need to expose your sensitive electronics to the elements. Moisture meters that use a contact probe are much less accurate. The Insize 9341-50 uses an extremely sensitive non-contact optical sensor that does not rely on measuring the dielectric constant of wood and so has none of the problems associated with wooden probes such as those found in a pin style moisture meter. It can be used to test cork, wood, hydro-based materials such as concrete and plasterboard etc. It is designed to test the moisture content of wood, fiber and other building materials. It can accurately measure the moisture content between 0% to 60% with a resolution of 1%.The meter is capable for use on all three scales: 0 - 60%RH, 0 - 70%RH, 0 - 100%RH. Its green backlight display makes it easy to read in almost any situation and its large sensor tip offers fast readings with minimal contact time.
₹12,695   ₹13,831
You save ₹1,136!
8.21% OFF
Insize Test Stand for Force Gage with 500 N Load Capacity, ISF-MT500 is a specialized piece of equipment or apparatus designed to conduct controlled experiments, tests, or evaluations on various components, systems, or products. Test stands are widely used across multiple industries, including aerospace, automotive, manufacturing, and research, to assess the performance, reliability, and functionality of a wide range of objects.
Key aspects and functions of a test stand:
Controlled Testing Environment: Test stands create a controlled environment where specific conditions, forces, or parameters can be applied and monitored. This controlled environment ensures that tests are repeatable and reliable.
Safety: Test stands are engineered to provide a safe testing environment, especially when evaluating potentially hazardous or high-energy systems. Safety measures may include protective enclosures, emergency shutdowns, and safety interlocks.
Data Collection: Test stands often incorporate sensors, gauges, and data acquisition systems to measure and record various parameters during testing. This data is crucial for analyzing the performance and behavior of the tested components.
Load Application: Depending on the application, test stands may apply mechanical loads (such as tension, compression, torsion), thermal conditions, pressure, or electrical stimuli to the test subject. These loads are applied precisely and consistently to simulate real-world conditions.
Simulation: Some test stands are designed to simulate specific operating conditions or environments, helping engineers and researchers assess how a component or system behaves under various scenarios.
Calibration and Verification: Test stands themselves require periodic calibration and verification to ensure their accuracy and reliability. This process involves using reference standards or test blocks to validate the performance of the test stand.
Customization: Test stands are often customized to meet the specific requirements of a particular test or application. This includes adapting the fixture design, control systems, and data acquisition methods.
Quality Control: In manufacturing, test stands are essential for quality control. They help identify defects, measure tolerances, and ensure that products meet the desired specifications.
Examples of test stands include:
Engine Test Stand: Used to evaluate the performance of engines by running them under controlled conditions.
Material Testing Machine: Used to determine the mechanical properties of materials, such as tensile strength, hardness, and fatigue resistance.
Electronics Test Bench: Used to test electronic components and circuits, assessing their functionality and reliability.
Flight Simulator: A specialized test stand for training pilots and testing aircraft systems in a simulated environment.
In summary, test stands are critical tools in research, development, manufacturing, and quality assurance processes across various industries. They enable engineers and researchers to assess the performance and reliability of components and systems under controlled conditions, helping ensure the safety and functionality of products.
₹3,067 - ₹4,719
You save ₹272!
8.21% OFF
The Insize Non-Contact & Contact Tachometer is an essential tool for measuring the rotational speed of machinery and equipment without the need for physical contact. This innovative device utilizes advanced optical technology to accurately determine the rotational speed of rotating objects, making it ideal for a wide range of industrial and automotive applications.
With its non-contact design, the Insize Tachometer eliminates the need for direct contact with the rotating part, ensuring safety and convenience for the user. This feature is particularly beneficial when measuring the speed of machinery with delicate or hazardous components, where physical contact could pose risks or interfere with operations.
The Insize Non-Contact Tachometer offers precise measurements with high accuracy and reliability, providing valuable data for maintenance, troubleshooting, and quality control tasks. It can measure rotational speeds ranging from a few revolutions per minute (RPM) to several thousand RPM, catering to the diverse needs of various industries and applications.
Equipped with a clear digital display, the tachometer allows users to easily read and interpret measurement results in real-time. Some models may also offer additional features such as data hold, min/max recording, and adjustable measurement units, enhancing versatility and usability in different scenarios.
The compact and portable design of the Insize Tachometer makes it easy to use in different environments, whether in a busy industrial facility, automotive workshop, or field service application. Its ergonomic shape and intuitive controls ensure comfortable operation, enabling users to quickly and efficiently measure rotational speeds with minimal effort.
green checkPower Supply : 3xAA Batteries
green checkLaser power : Class 3R, 3mW-4mW
green checkWorking Temperature : 0 to 40°C
₹8,259   ₹8,400
You save ₹141!
1.68% OFF
The Insize Digital Force Gauge, Range 200 mm, ISF-MT1K-SCALE as a pioneering force measurement instrument, seamlessly integrating traditional force measurement principles with advanced digital technology. With a specified configuration featuring 270 or more advanced features, this force gauge is designed to provide accurate and versatile force measurements, offering a comprehensive solution for applications across various industries. At its core, the Digital Force Gauge is engineered to measure and display force accurately, enabling users to quantify and monitor tension and compression forces. The specified configuration of 270 or more features includes a high-resolution digital display, advanced force measurement algorithms, and data logging functionalities. These features collectively contribute to the force gauge's ability to deliver precise and repeatable force measurements in a wide range of applications. The high-resolution digital display is a standout feature, offering real-time and accurate force readings. This eliminates potential errors associated with manual readings and ensures that force measurements are interpreted with utmost precision. The advanced force measurement algorithms further enhance efficiency by automating the measurement process, providing reliable and instantaneous results. Applications for the Digital Force Gauge span across industries such as manufacturing, quality control, material testing, and research and development. Its adaptability to measure both tension and compression forces, combined with its compatibility with various force measurement accessories, makes it an essential tool for a diverse range of force measurement requirements. The force gauge's data logging capabilities enable users to record and analyze force data over time, facilitating detailed force profiling and trend analysis. This feature proves invaluable for quality control processes, research applications, and optimizing operational efficiency in diverse force-related scenarios. Installation and integration of the Digital Force Gauge are designed to be user-friendly, with compatibility across standard interfaces and measurement protocols. Its compact design, portability, and adherence to industry standards ensure seamless incorporation into different systems and environments.
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₹65,138  
INSIZE Test Stand Magnetic Base with 170x50 mm Minimum Magnetic Suction Plane Size for 9646 Series Ultrasonic Hardness Tester, 9646-STANDV is intended to support compatible ultrasonic hardness testing equipment where a secure magnetic mounting arrangement is required. Its magnetic-base design allows the stand to be positioned on suitable ferromagnetic surfaces, helping maintain stability during measurement. The minimum magnetic suction plane size of 170x50 mm defines the required contact area for proper mounting. This arrangement can simplify setup on appropriate metal workpieces while helping operators maintain a consistent instrument position throughout inspection procedures.
INSIZE Test Stand Magnetic Base with 170x50 mm Minimum Magnetic Suction Plane Size for 9646 Series Ultrasonic Hardness Tester, 9646-STANDV is useful for industrial inspection, fabrication, maintenance, and material-testing environments. The magnetic support can be advantageous when conventional table mounting is impractical or when measurements must be performed directly around large metallic components. Its dedicated compatibility with 9646 Series ultrasonic hardness testers helps create an organized testing arrangement. By providing a stable base on suitable ferrous surfaces, the stand can reduce positioning movement and support repeatable measurements. It is a practical accessory for operators seeking convenient and secure hardness-testing setups in workshop or field conditions.
₹46,164  
INSIZE Test Stand Normal Base with 210 mm Workpiece Height for 9646 Series Ultrasonic Hardness Tester, 9646-300-STAND is designed to provide a stable supporting platform for compatible ultrasonic hardness testing equipment. Its normal-base configuration helps position the tester securely while maintaining a suitable working arrangement around the specimen. The stand accommodates workpieces up to 210 mm in height, making it useful for laboratory and workshop inspection tasks involving different component dimensions. A dedicated stand can improve repeatability by helping maintain consistent instrument positioning and reducing unwanted movement during hardness measurements.
INSIZE Test Stand Normal Base with 210 mm Workpiece Height for 9646 Series Ultrasonic Hardness Tester, 9646-300-STAND is suitable for organized material-testing environments where controlled positioning contributes to reliable inspection. It can assist operators when examining metal components, fabricated parts, and other suitable specimens with ultrasonic hardness measurement equipment from the 9646 series. The 210 mm workpiece-height provision offers useful clearance for accommodating larger test pieces within the supported range. Its practical design helps establish a convenient workstation for repeated testing, while the dedicated compatibility supports efficient setup, stable handling, and orderly hardness evaluation procedures in quality-control and engineering applications.
₹1,92,766  
INSIZE Electric Aluminium Hardness tester Pointer Type with 0-20 HW Hardness and 1 HW Resolution, ISHW-EH30 is intended for hardness assessment of suitable aluminium materials using a straightforward pointer-type indication system. It provides a 0-20 HW hardness range with 1 HW resolution, allowing users to determine hardness values through the instrument's analog-style pointer display. Electric operation offers a convenient testing arrangement for routine inspection activities. The dedicated aluminium hardness configuration helps operators evaluate material condition and compare specimens according to their measured hardness. Its uncomplicated format is suitable for workplaces seeking direct visual interpretation during standard testing procedures. INSIZE Electric Aluminium Hardness tester Pointer Type with 0-20 HW Hardness and 1 HW Resolution, ISHW-EH30 can be used in manufacturing facilities, workshops, laboratories, quality-control stations, and aluminium-processing environments. The pointer display provides an immediately visible indication of the measured hardness, which can be useful during repeated inspection tasks. Its 0-20 HW range accommodates compatible aluminium samples requiring hardness verification within the specified limits. The instrument can assist with incoming inspection, production checks, material comparison, and finished-component assessment. Electric operation helps simplify the testing process, while the dedicated HW scale provides a focused measurement solution for routine aluminium hardness evaluation.
₹1,92,766  
INSIZE Electric Aluminium Hardness tester Digital Type with 0-20 HW Hardness and 0.1 HW Resolution, ISHW-ED31 is designed for hardness evaluation of suitable aluminium materials and compatible components. Its digital configuration provides a 0-20 HW hardness range with 0.1 HW resolution, enabling finer observation of measured values. Electric operation supports a convenient testing workflow, while the digital readout allows users to monitor results without relying on a conventional pointer scale. The instrument is intended for controlled hardness inspection where material characteristics need to be checked efficiently. Its dedicated aluminium-testing design makes it useful for quality verification and comparative assessment. INSIZE Electric Aluminium Hardness tester Digital Type with 0-20 HW Hardness and 0.1 HW Resolution, ISHW-ED31 can support manufacturing plants, fabrication workshops, laboratories, and inspection departments working with aluminium components. The 0.1 HW resolution provides detailed value discrimination within the specified 0-20 HW range, helping operators observe relatively small hardness differences. Digital presentation simplifies result interpretation during routine checks and repeated measurements. The tester can assist with incoming-material examination, production monitoring, finished-part inspection, and process verification. Its electric operating arrangement and dedicated hardness scale make it a practical instrument for systematic evaluation of suitable aluminium products and profiles.
₹44,201  
INSIZE Portable Leeb Hardness Tester Basic Type with 170-960 HL Range and ±6 HLD (When HLD=800) Accuracy, HDT-LP200WL is developed for portable hardness testing of suitable metallic components using the Leeb measurement method. Its 170-960 HL range provides a broad testing span for different hardness conditions, while the stated ±6 HLD accuracy at HLD=800 supports practical inspection requirements. The portable format allows the tester to be carried conveniently between work areas, making it suitable for situations where components cannot easily be transported to a dedicated hardness-testing machine.
INSIZE Portable Leeb Hardness Tester Basic Type with 170-960 HL Range and ±6 HLD (When HLD=800) Accuracy, HDT-LP200WL can assist quality inspectors, maintenance technicians, machinists, and engineering personnel during material verification and component assessment. Its handheld nature is useful for checking large structures, installed machinery parts, fabricated metal pieces, and other suitable surfaces at the point of inspection. The wide HL range supports varied testing requirements, while the Leeb approach enables convenient hardness evaluation without extensive specimen preparation in many applications. This tester can be incorporated into incoming inspection, production quality control, maintenance checks, troubleshooting, and field-based material assessment procedures.
₹2,24,778  
INSIZE Pen-Type Leeb Hardness Tester G Type with 300-750 HLG, 47-100 HRB, 90-650 HB Range and ±6 HLG Accuracy, HDT-LG210 is designed for portable hardness evaluation using the Leeb testing principle. Its pen-type G configuration provides a convenient format for inspecting suitable metallic components where mobility and accessible measurement are important. The instrument covers a 300-750 HLG range, with corresponding ranges of 47-100 HRB and 90-650 HB. Its stated accuracy of ±6 HLG supports practical hardness inspection and comparative material assessment across appropriate applications.
INSIZE Pen-Type Leeb Hardness Tester G Type with 300-750 HLG, 47-100 HRB, 90-650 HB Range and ±6 HLG Accuracy, HDT-LG210 is suitable for maintenance teams, fabrication facilities, workshops, laboratories, and quality-control departments. The compact pen-style configuration can help operators reach test locations where larger hardness instruments may be inconvenient. It can be used for assessing suitable metal parts, fabricated components, machinery elements, and other accessible surfaces. The multiple hardness scales allow results to be interpreted according to the relevant material-testing requirement. Its portable design supports on-site inspection, troubleshooting, incoming checks, and routine verification without requiring a large fixed testing station.
₹54,475  
INSIZE Videoscope Economic Type with 2 m Stainless Steel Wire Weaved Cable and 3.9 mm Lens Diameter, ISV-NT3920 is developed for inspecting confined spaces and internal areas that are difficult to access through conventional visual methods. Its 3.9 mm lens diameter enables examination through relatively small openings, while the 2 m stainless steel wire weaved cable provides extended reach for deeper inspection points. The flexible construction assists operators in guiding the probe around suitable components and passages. By enabling remote visual observation, this videoscope can reduce the need for extensive dismantling and support faster identification of visible internal conditions during maintenance and troubleshooting. INSIZE Videoscope Economic Type with 2 m Stainless Steel Wire Weaved Cable and 3.9 mm Lens Diameter, ISV-NT3920 can be used in industrial maintenance, automotive servicing, machinery inspection, plumbing, fabrication, and equipment diagnostics. Its longer 2 m cable is useful when the inspection point is located deeper inside a structure or assembly. The narrow 3.9 mm lens provides access to small cavities, channels, and openings where ordinary viewing is impractical. Technicians can use the instrument to inspect internal surfaces, identify visible defects, locate obstructions, and assess component conditions. Its economic design offers a practical inspection aid for routine service and preventive maintenance tasks.
₹47,671  
INSIZE Videoscope Economic Type with 1 m Stainless Steel Wire Weaved Cable and 3.9 mm Lens Diameter, ISV-NT3910 is designed for visual inspection of narrow, recessed, or difficult-to-access areas. Its 3.9 mm lens diameter allows the camera assembly to enter relatively confined spaces, while the 1 m stainless steel wire weaved cable provides useful reach during inspection. The flexible cable construction assists positioning around suitable components and internal passages. This videoscope can help users observe areas that may be inaccessible to direct viewing, reducing the need for unnecessary dismantling. Its economic configuration offers a practical solution for routine visual examination and maintenance activities. INSIZE Videoscope Economic Type with 1 m Stainless Steel Wire Weaved Cable and 3.9 mm Lens Diameter, ISV-NT3910 is suitable for machinery maintenance, automotive inspection, equipment servicing, fabrication, plumbing, and industrial troubleshooting. The slim 3.9 mm lens can support examination of small openings, cavities, channels, and internal component areas. Its 1 m stainless steel wire weaved cable provides convenient access while maintaining manageable handling during inspection. The instrument can assist technicians in locating foreign objects, checking internal surfaces, identifying visible damage, and examining difficult sections without extensive disassembly. Its compact inspection arrangement supports efficient diagnostic work in workshops, service environments, and routine maintenance operations.
₹10,671  
Insize 0120-IM24 0-100% Range Inductive Moisture Meter is a specialized instrument used for non-destructive moisture content measurement in various materials, such as wood, construction materials, and agricultural products. This type of moisture meter utilizes electromagnetic principles to determine the moisture level within the substance being tested.
Key components and features of an Inductive Moisture Meter:
Electromagnetic Field: The core principle behind inductive moisture meters is the generation of an electromagnetic field. When an electromagnetic field is applied to a material, it interacts differently with varying moisture levels.
Sensor Probe: The meter is equipped with a sensor probe or electrode that emits the electromagnetic field and measures the electromagnetic response from the material. The sensor probe typically has two parts: a transmitter coil and a receiver coil.
Measurement Depth: Inductive moisture meters can measure moisture content at different depths within the material, depending on the specific model and application. Some meters offer adjustable measurement depths, allowing users to test moisture content at different penetration levels.
Display: These meters feature a digital or analog display that provides moisture readings in percentage or other relevant units, depending on the type of material being tested.
Calibration: To ensure accuracy, inductive moisture meters may require calibration using known moisture content standards or reference materials. Calibration helps account for variations in material properties.
Material Compatibility: Different models of inductive moisture meters are designed for specific materials or applications. For example, there are models tailored for wood, concrete, soil, grains, or paper, each with suitable measurement ranges and calibration settings.
Applications of Inductive Moisture Meters:
Wood Industry: These meters are widely used in the wood industry for measuring moisture levels in lumber, timber, and wooden products. Accurate moisture measurement is essential to prevent wood from warping, cracking, or deteriorating due to moisture-related issues.
Construction and Building: Inductive moisture meters are employed to assess moisture content in construction materials such as concrete, drywall, and plaster. Controlling moisture levels in building materials is critical to prevent structural damage and mold growth.
Agriculture: Farmers and agronomists use inductive moisture meters to monitor and manage moisture levels in crops, grains, and soil. Proper moisture management is crucial for optimizing crop yield and quality.
Paper and Pulp Industry: These meters help maintain consistent moisture levels during paper and pulp production to ensure the quality and performance of paper products.
Restoration and Inspection: Restoration professionals and inspectors use inductive moisture meters to identify moisture-related problems in buildings and assess the extent of water damage.
Inductive Moisture Meters are valuable tools for professionals in various industries as they enable non-destructive and precise moisture content measurements, which are essential for quality control, material assessment, and maintaining the integrity of products and structures.
₹83,692  
Insize Test Stand for Digital Shore Durometer with Stage Diameter 115 mm, ISH-DS-STANDA is a specialized piece of equipment or apparatus designed to perform controlled and systematic testing of various devices, components, or systems. Test stands are used in a wide range of industries, including aerospace, automotive, manufacturing, electronics, and research and development, to evaluate the performance, reliability, and functionality of products and prototypes.
Key components and features of a test stand:
Frame or Base: The test stand typically consists of a sturdy frame or base that provides stability and support for the components being tested. The design of the frame may vary depending on the specific testing requirements.
Test Equipment: Test stands are equipped with various instruments, devices, and sensors tailored to the type of testing being conducted. These may include sensors for measuring force, pressure, temperature, voltage, and current, as well as actuators for applying controlled loads or motion.
Control System: Test stands are controlled by a dedicated control system that allows operators to set test parameters, monitor test progress, and collect data. The control system may be manual, semi-automatic, or fully automated, depending on the complexity of the tests.
Data Acquisition: Test stands incorporate data acquisition systems that record and analyze data generated during the testing process. This data includes measurements, test conditions, and results, which are crucial for evaluating performance and identifying any issues.
Safety Features: Safety is paramount in testing environments. Test stands often include safety mechanisms and interlocks to protect operators and equipment. These can include emergency stop buttons, safety enclosures, and fail-safe systems.
Fixture or Test Jig: Depending on the type of testing, a fixture or test jig may be used to secure and position the device or component being tested in the desired orientation. Fixtures can be customized for specific testing needs.
Instrumentation and Controls: Test stands can be equipped with a wide range of instrumentation and control devices such as load cells, pressure transducers, flow meters, and digital displays. These instruments provide real-time feedback and data during testing.
Applications of Test Stands:
Product Development: Test stands are used during the development and prototyping of new products to evaluate their performance and reliability under various conditions.
Quality Control: In manufacturing, test stands are employed to ensure that products meet quality standards and specifications.
₹18,879 - ₹23,599
The Insize Testing Stand for Shore Durometer is a precision instrument designed to enhance the accuracy and repeatability of hardness measurements. Compatible with a range of Shore Durometer models, this stand provides a stable and controlled environment for conducting hardness tests on various materials. Constructed from high-quality materials, the Insize Testing Stand ensures durability and long-term reliability. Its sturdy base and adjustable components allow for easy positioning and secure mounting of the durometer, ensuring consistent and accurate readings. The stand features a fine adjustment mechanism that enables precise control over the depth of the durometer needle, ensuring optimal contact with the sample surface. The stand's ergonomic design includes a comfortable handle for easy operation and a clear, easy-to-read scale for accurate measurement readings. The stand is also equipped with a locking mechanism to secure the durometer in place during testing, further enhancing measurement accuracy. Whether used in a laboratory or on the production floor, the Insize Testing Stand for Shore Durometer is an essential tool for ensuring the quality and consistency of hardness measurements. Its robust construction, precise adjustment capabilities, and user-friendly design make it a valuable asset for any hardness testing application.
green checkType of Product : Testing Stand
green checkDimension : 100mm
green checkColor : Silver
green checkWidth : 65mm
green checkHeight : 75mm
₹12,979  
Insize Economic Type Videoscope with 0.4M Pixel and IP67 Rating, ISV-E30 is a sophisticated inspection tool used to visually examine and capture images or videos of objects or spaces that are difficult to access, such as pipes, cavities, engines, and machinery. It consists of a flexible or rigid tube equipped with a tiny camera and LED lights, which transmit live images to a display unit for real-time viewing and recording. Videoscopes are widely used in industries like automotive, aviation, manufacturing, construction, and healthcare for inspection, maintenance, and quality control purposes.
Key features and functions of a videoscope:
Camera and Illumination: The videoscope features a small, high-resolution camera at its tip, often accompanied by adjustable LED lights. The camera captures images or videos of the inspection area, while the lights illuminate the space for visibility.
Flexible or Rigid Shaft: Videoscopes come in two main types: flexible and rigid. Flexible videoscopes have a bendable shaft, allowing them to navigate through curved or intricate paths, while rigid videoscopes have a straight, inflexible shaft for linear access.
Display Unit: The images and videos captured by the videoscope are transmitted to a separate display unit. This unit may be a dedicated screen, laptop, tablet, or smartphone, depending on the model.
Live Video Feed: Users can view a live video feed of the inspection area on the display unit in real-time, enabling them to navigate, examine, and record findings as they occur.
Image and Video Capture: Videoscopes typically have the capability to capture images and record videos of the inspection. These files can be saved, reviewed, and shared for documentation and analysis.
Zoom and Focus: Some videoscopes offer zoom and focus controls, allowing users to adjust the magnification and sharpness of the captured images for detailed examination.
Articulating Tip: Certain models feature an articulating tip at the end of the probe, which can be remotely controlled to tilt or pan, providing a wider viewing angle and enhanced maneuverability.
Waterproof and Rugged: Many videoscopes are designed to be waterproof and rugged, making them suitable for inspections in wet, corrosive, or harsh environments.
Battery-Powered: Videoscopes are often battery-powered for portability and convenience. Battery life varies depending on the model and usage.
Versatile Applications: Videoscopes find applications in various industries, including automotive diagnostics, aviation maintenance, manufacturing quality control, plumbing inspections, and medical procedures.
Videoscopes offer a non-destructive and efficient means of visual inspection, allowing professionals to diagnose problems, identify defects, and perform maintenance or repairs without disassembling equipment or structures. Their versatility, image capture capabilities, and ability to access confined spaces make them valuable tools in a wide range of industries.
₹47,199 - ₹58,999
The Insize Vibration Pen is a compact and versatile tool designed to measure vibration levels in machinery and equipment. With a built-in humidity sensor, this device offers an added layer of functionality by also providing humidity measurements within a specified range.
Featuring a humidity range of less than 85%, the Insize Vibration Pen ensures accurate and reliable humidity measurements in environments where moisture levels are within this specified range. This makes it suitable for use in a wide variety of indoor industrial environments where humidity levels typically remain below 85%.
The inclusion of a humidity sensor allows users to monitor not only vibration levels but also environmental conditions that may affect machinery performance and reliability. High humidity levels can potentially contribute to corrosion, electrical issues, and other problems in equipment, making it important to have a tool that can provide this additional data.
The compact and portable design of the Insize Vibration Pen makes it easy to use in tight spaces and remote locations, allowing technicians and maintenance professionals to quickly assess vibration and humidity levels across different areas of a facility.
With its user-friendly interface and straightforward operation, the Insize Vibration Pen is an essential tool for preventive maintenance, troubleshooting, and quality control tasks in industrial settings. By providing both vibration and humidity measurements in one device, it offers versatility and convenience, helping users maintain optimal performance and reliability of machinery and equipment.
green checkFrequency : 10 Hz to 1 kHz
green checkDimension : 150x22x18mm
green checkWeight : 55 g
green checkType of Product : Vibration Pen
green checkPower Supply : 2xLR44 battery {for 10 hours working)
green checkHumidity Range (Rh %) : <85%
₹16,519  
Insize Basic Type Videoscope with 1280x720 Resolution, ISV-E40 is a sophisticated inspection tool used to visually examine and capture images or videos of objects or spaces that are difficult to access, such as pipes, cavities, engines, and machinery. It consists of a flexible or rigid tube equipped with a tiny camera and LED lights, which transmit live images to a display unit for real-time viewing and recording. Videoscopes are widely used in industries like automotive, aviation, manufacturing, construction, and healthcare for inspection, maintenance, and quality control purposes.
Key features and functions of a videoscope:
Camera and Illumination: The videoscope features a small, high-resolution camera at its tip, often accompanied by adjustable LED lights. The camera captures images or videos of the inspection area, while the lights illuminate the space for visibility.
Flexible or Rigid Shaft: Videoscopes come in two main types: flexible and rigid. Flexible videoscopes have a bendable shaft, allowing them to navigate through curved or intricate paths, while rigid videoscopes have a straight, inflexible shaft for linear access.
Display Unit: The images and videos captured by the videoscope are transmitted to a separate display unit. This unit may be a dedicated screen, laptop, tablet, or smartphone, depending on the model.
Live Video Feed: Users can view a live video feed of the inspection area on the display unit in real-time, enabling them to navigate, examine, and record findings as they occur.
Image and Video Capture: Videoscopes typically have the capability to capture images and record videos of the inspection. These files can be saved, reviewed, and shared for documentation and analysis.
Zoom and Focus: Some videoscopes offer zoom and focus controls, allowing users to adjust the magnification and sharpness of the captured images for detailed examination.
Articulating Tip: Certain models feature an articulating tip at the end of the probe, which can be remotely controlled to tilt or pan, providing a wider viewing angle and enhanced maneuverability.
Waterproof and Rugged: Many videoscopes are designed to be waterproof and rugged, making them suitable for inspections in wet, corrosive, or harsh environments.
Battery-Powered: Videoscopes are often battery-powered for portability and convenience. Battery life varies depending on the model and usage.
Versatile Applications: Videoscopes find applications in various industries, including automotive diagnostics, aviation maintenance, manufacturing quality control, plumbing inspections, and medical procedures.
Videoscopes offer a non-destructive and efficient means of visual inspection, allowing professionals to diagnose problems, identify defects, and perform maintenance or repairs without disassembling equipment or structures. Their versatility, image capture capabilities, and ability to access confined spaces make them valuable tools in a wide range of industries.
₹17,577  
Introducing the Insize UV Light Meter 0132-UV199, a state-of-the-art device designed to measure ultraviolet (UV) light exposure with exceptional accuracy and versatility. With its expansive 240x160 mm display and advanced features, this UV light meter is an indispensable tool for professionals in various industries, including manufacturing, research, and quality assurance.The 0132-UV199 is engineered with a large and high-resolution display, providing a clear and detailed view of UV light measurements. Its size ensures that users can easily interpret data, facilitating efficient monitoring and analysis of UV radiation levels. This meter is capable of precise measurements across a broad spectrum of UV wavelengths, making it suitable for a wide range of applications.Featuring advanced sensors, the UV light meter is designed to capture UV radiation with sensitivity and precision. This allows professionals to assess UV intensity accurately, making it an essential tool for applications where control of UV exposure is critical, such as in industrial processes, laboratory experiments, or quality control protocols.The user-friendly interface and intuitive controls make the 0132-UV199 easy to operate for professionals of varying experience levels. Its portable design, with dimensions of 240x160 mm, enhances its practicality, enabling on-site measurements and providing flexibility in different working environments.Whether you're involved in UV curing processes, monitoring UV exposure in manufacturing, or conducting research that involves UV light, the Insize UV Light Meter 0132-UV199 offers a reliable solution. By investing in this meter, professionals can ensure accurate and consistent UV light measurements, leading to informed decision-making, enhanced safety, and improved quality in UV-related applications. Choose the 0132-UV199 for a precise and dependable tool that meets the highest standards of UV light measurement.
₹35,193  
Insize Pencil Hardness Tester for Flat Coating Surface 95x80x110 mm, PHT-C751 is an essential instrument used to evaluate the hardness or scratch resistance of coatings and materials, primarily in the paint, automotive, and industrial finishing industries. This test helps determine the durability and performance of coatings by subjecting them to controlled scratching with varying degrees of hardness.
Key features and functions of a pencil hardness tester include:
Pencils with Different Hardness Grades: The tester includes a set of specially graded pencils, each with a different level of hardness. These pencils are marked with the corresponding hardness values, typically following the Wolff-Wilborn scale, which ranges from 6B (softest) to 9H (hardest).
Sample Surface: The sample surface, which is typically coated with the material under evaluation, is placed on a stable platform.
Application of Force: The operator selects a pencil with a specific hardness grade and holds it at a 45-degree angle to the sample surface. A controlled and consistent force is applied to the pencil as it is drawn across the sample.
Scratch Assessment: The hardness tester's operator observes the result of the scratch test. If the pencil does not leave any visible mark or scratch on the surface, the hardness of the coating or material is considered equal to or greater than the pencil's hardness grade. If a visible scratch is left behind, the hardness is lower than the pencil's grade.
Documentation: The results are documented, often by noting the hardest pencil that leaves no visible mark or the softest pencil that does.
Applications of pencil hardness testers include:
Coating Quality Control: Pencil hardness tests are commonly used in the paint and coating industry to ensure that coatings, such as automotive finishes and protective coatings, meet the desired scratch resistance and durability requirements.
Material Testing: These testers can be used to evaluate the hardness of various materials, including plastics, ceramics, and metals, to assess their suitability for specific applications.
Research and Development: Researchers use pencil hardness tests to study and compare the scratch resistance of different coatings and materials, aiding in the development of improved products.
Product Certification: In some cases, product certification standards may require pencil hardness testing to ensure compliance with specific hardness and durability criteria.
In summary, a pencil hardness tester is a simple yet effective tool for assessing the hardness and scratch resistance of coatings and materials. By subjecting samples to controlled scratching with graded pencils, it provides valuable information about the durability and performance of surfaces, helping industries ensure the quality of their products and coatings.
₹70,963  
Insize Mobile Phone Videoscope with 960x720 and 1280x720 Switchable Resolution, ISV-P6 is a compact and portable inspection tool that combines a tiny camera with a light source to capture images and videos of hard-to-reach or confined spaces. It is designed for various applications, including automotive maintenance, plumbing, electrical work, HVAC inspections, and even scientific research. The device connects to a mobile phone or tablet, allowing users to view and record visual data in real-time.
Key features and functions of a mobile phone videoscope:
Compact and Flexible Design: Mobile phone videoscopes are designed to be compact and flexible, allowing them to access tight or remote spaces that are otherwise difficult to reach. They typically consist of a long, flexible, and semi-rigid cable with a small camera head at one end.
Camera and Light Source: The camera head houses a tiny, high-resolution camera and built-in LED lights. These lights illuminate the inspection area, providing clear visibility even in dark or poorly lit environments.
Mobile Device Connectivity: The videoscope connects to a mobile phone or tablet via USB or wireless (Wi-Fi or Bluetooth) connection. Manufacturers often provide dedicated apps that allow users to view live images and record videos on their mobile devices.
Real-time Video Streaming: Users can see a live video feed on their mobile device's screen, enabling them to inspect and navigate through the area of interest in real-time.
Image and Video Capture: The videoscope allows users to capture images and record videos directly on their mobile devices. These captured files can be saved, reviewed, or shared for documentation and analysis.
Adjustable Focus: Some models feature adjustable focus, allowing users to fine-tune the clarity and sharpness of the captured images.
Waterproof and Rugged: Many mobile phone videoscopes are designed to be waterproof and rugged, making them suitable for inspections in wet or harsh environments.
Articulating Camera Head: Certain videoscopes have an articulating camera head, which can be rotated or tilted to view objects from different angles, providing more comprehensive inspections.
Versatile Applications: Mobile phone videoscopes are used in a wide range of industries, including automotive, aviation, construction, and healthcare. They are valuable tools for diagnosing problems, conducting maintenance, and inspecting hidden or hard-to-reach areas.
Battery-Powered: Some models have their own rechargeable batteries, while others draw power from the connected mobile device, ensuring continuous operation during inspections.
Mobile phone videoscopes are versatile and cost-effective tools that provide convenience and efficiency in various fields. They offer a visual perspective into areas that would otherwise require disassembly or invasive inspection, saving time and resources. Whether for professional or personal use, mobile phone videoscopes empower users to carry out inspections and troubleshooting tasks with ease.
₹53,154  
The Insize Light Transmittance Meter, model 5804-LT21, is an advanced optical instrument designed for accurate measurement of light transmittance across a broad range of materials. With a wide measurement range from 0.001% to 99.8%, this meter is specifically engineered for applications in industries such as optics, glass manufacturing, and quality control, where precise assessment of light transmission is essential.One of the key features of the 5804-LT21 is its ability to provide highly accurate and reliable measurements of light transmittance. This capability is crucial in evaluating the transparency and optical characteristics of materials, including glass, films, and other transparent substances. The meter ensures that users obtain precise data, enabling them to make informed decisions about the quality and performance of materials.The broad measurement range of the 5804-LT21 makes it versatile for use across a spectrum of applications, accommodating materials with varying degrees of transparency. The instrument employs advanced optics and electronics to deliver dependable results, and its user-friendly interface enhances ease of operation.Whether used in research laboratories, manufacturing facilities, or quality control settings, the Insize Light Transmittance Meter provides professionals with a valuable tool for assessing and quantifying the transparency of materials. Its precision, wide measurement range, and user-friendly design make it an indispensable asset for those seeking accurate and reliable light transmittance measurements in their work.
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