Precise Testing and Calibration Centre Private Limited Basaveshwara Nagar, Bengaluru, Karnataka

Fillet weld size is determined by the leg length of the largest right triangle that can be inscribed within the weld’s cross-sectional area. A radius gauge, also known as a fillet gauge, is used to measure the radius of curved surfaces. During inspection, the gauge is placed against the edge while a light source is positioned behind it. If light passes between the gauge and the surface, it indicates a mismatch, meaning the radius is inaccurate and may require correction.

Weighing balance is an instrument used to determine the mass or weight of an object. It is available in a wide range of sizes and weighing capacities making it an essential tool in laboratories, commercial kitchens and pharmacies. Calibration services for weighing balances ensure accurate measurements by verifying performance against standard weights and reference conditions. Regular calibration helps maintain precision, reliability and compliance in laboratory and industrial applications. It also reduces errors improves quality control and ensures consistent results in critical weighing processes across various sectors including pharmaceuticals, food processing and research environments thereby enhancing operational accuracy and efficiency globally

A water bath is a laboratory device consisting of a container filled with heated water, used to incubate samples at a constant temperature over an extended period. It ensures uniform and controlled heating, making it ideal for applications such as sample warming, reagent preparation, and incubation processes in scientific and industrial labs.

A Video Measuring Machine, also known as a Vision Measuring System, is used for fast and precise 3D measurement of small components using advanced video edge detection technology. It captures high-resolution images and detects edges automatically with a single click, making the measurement process quick, accurate, and less dependent on operator skill.

The purpose of Universal Testing Machine (UTM) calibration is to minimize uncertainty in test results and ensure highly accurate measurements. Calibration verifies that the tensile, compression, and other mechanical test outputs of the machine are correct and consistent with reference standards. After proper calibration, users can be confident that the test findings are reliable and aligned with accepted industry norms and specifications. Calibration services for UTMs help maintain precision, improve data integrity, and ensure compliance with quality standards. Regular calibration also reduces errors, enhances equipment performance, and supports dependable results in material testing applications across laboratories, research, and industrial environments worldwide.

Torque testers are instruments used to measure opening and closing force, turning force, and sliding resistance, with readings displayed in units such as N·m, N·cm, kgf·m, kgf·cm, lbf·in, or ozf·in. They are commonly used to evaluate the safety, performance, and operability of components and finished products while ensuring compliance with industry standards. Calibration services for torque testers ensure accurate and reliable measurements by verifying the instrument against certified reference standards. Regular calibration improves precision, reduces measurement errors, and maintains consistency. It also ensures dependable performance in quality control, manufacturing, and testing applications across various industrial sectors.

A torque sensor is a device that converts mechanical torque into an electrical signal. It is widely used in testing, measurement, and industrial applications to ensure accurate torque monitoring. At FUTEK, two types of torque sensors are manufactured: Reaction and Rotary. While both measure torque, they operate differently. Reaction torque sensors measure the reaction force produced by an object generating torque, whereas rotary sensors measure torque in rotating systems. Calibration services for torque sensors ensure measurement accuracy, stability, and reliability by verifying output against standard references. Regular calibration helps maintain precision, reduces errors, and ensures consistent performance in critical applications.

A torque meter is an instrument used for detecting loosening torque as well as tightening torque of screws, bolts, and fasteners. It is also widely used as a monitoring device in quality control and testing applications. The torque test instrument is designed with a keyed chuck and two steady handles to ensure firm grip, stability, and accurate measurement during operation. Calibration services for torque meters ensure precise torque readings by verifying the instrument against standard reference values. Regular calibration improves accuracy, reliability, and consistency, while reducing measurement errors and ensuring dependable performance in industrial, mechanical, and laboratory testing environments.

A torque transducer is a precision instrument used for measuring torque and must be calibrated carefully to ensure accurate performance. For reliable results, it is preferably calibrated in three different mounting positions, with the transducer or its mechanical coupling rotated each time through 120° about the measurement axis. In the case of a square drive, four relative mounting positions can be used to improve measurement accuracy and reduce alignment errors. Calibration services for torque transducers ensure correct output verification against standard references, enhancing precision, reliability, and consistency. Regular calibration helps maintain measurement quality in industrial testing, research, and engineering applications.

A temperature calibrator is a device used to simulate temperature sensors or provide a precise reference point for comparing and verifying temperature measurement instruments. These calibrators may be portable handheld units that electronically replicate sensor signals, or they can function as heat sources such as ovens, furnaces, or ice baths with calibrated displays.Calibration can be performed in two ways either as part of a complete system or on individual sensors. In system calibration, the sensor is physically exposed to a known temperature, and necessary corrections are applied directly to the connected measurement electronics for accurate readings.

A proving ring is a precision device used for measuring force in testing and calibration applications. It consists of a steel alloy elastic ring of known diameter with a sensitive measuring device mounted at its center. Proving rings are manufactured in various sizes to suit different force measurement requirements. Calibration services for proving rings ensure accurate force measurement by verifying their response against standard reference loads. Regular calibration helps maintain precision, reliability, and consistency in testing results. It also ensures compliance with industry standards and supports dependable performance in laboratories, research facilities, and industrial quality control and material testing environments.

A profile projector is an optical measuring instrument used in metrology and quality control to inspect and measure complex shapes with high precision. It magnifies the profile of a component and projects it onto a screen, allowing detailed examination of dimensions, contours, and angles. This makes it especially useful for checking small or intricate parts accurately.

A power supply is a device that converts electrical energy from one voltage level to another more suitable level while delivering stable power. It is designed to ensure a consistent and reliable output, often by regulating voltage and minimizing electrical noise from the input source. Power supply units provide the required voltage and frequency for various applications, ensuring smooth operation of connected equipment. They are commonly classified based on their application, output type (AC or DC), and voltage range, making them suitable for a wide variety of electronic and industrial uses.

A leakage tester is used to detect and measure the escape of liquids, gases, or vacuum from sealed systems and components. It works by applying pressure to identify defects that may cause leaks. When leakage occurs, substances naturally flow from areas of higher pressure to lower pressure. In a basic leak decay test, pressure is applied to a specific volume, then isolated, and any pressure change is monitored over time. The collected data helps determine the leak rate. Additionally, using a 3/2 (three-way) and a 2/2 (two-way) valve in series enables effective isolation of pressure within the test volume for accurate results.

Insulation testers apply a high-voltage, low-current DC charge to measure resistance in wires, cables, and motor windings. This helps detect leakage current and identify damaged or degraded insulation that could lead to arc faults, circuit failures, electric shocks, or fire hazards. Insulation resistance testing is crucial for ensuring safety, preventing short circuits, and maintaining equipment reliability. It is widely used across various sectors, including industrial facilities, commercial buildings, and residential properties, to protect both personnel and electrical systems.

A hygrometer is an instrument used to measure the humidity of air or other gases by determining the amount of water vapor present. Accurate humidity measurement is essential for industries such as pharmaceuticals, food processing, HVAC, and laboratories. We provide professional hygrometer calibration services to ensure precise and reliable readings. Our calibration process verifies instrument accuracy against certified standards, helping maintain compliance with industry regulations. Regular calibration minimizes errors, improves performance, and extends equipment life. With our expert services, clients can ensure consistent environmental monitoring and dependable results for critical applications.

Gauge blocks are precision standards used to set and calibrate a wide range of measuring instruments. They help establish accurate dimensions, set precise angles when used with sine blocks, and are commonly used for setting snap gauges. Gauge blocks can be stacked (wrung together) to build exact heights, making them useful in height measurement and layout work. Additionally, they serve as reliable reference tools in machining and tooling setups to ensure accuracy and consistency.

A force gauge, also known as a force meter, is a precision instrument used to measure tension and compression forces. It is widely applied in research and development, laboratory testing, quality control, production processes, and field environments. Force gauges are commonly available in two types: mechanical force gauges and digital force gauges, both designed to deliver accurate force measurement results. Calibration services for force gauges ensure measurement accuracy by verifying performance against certified reference standards. Regular calibration improves reliability, consistency, and precision, while reducing errors and ensuring compliance with industry requirements across diverse industrial and scientific applications for dependable results.

A flakiness (thickness) gauge is used to determine whether aggregate particles are classified as flaky, meaning their thickness is less than 0.6 times their nominal size. To perform the test, the aggregate sample is first separated into standard sieve fractions, typically ranging from 6.3 mm to 63 mm. Each fraction is then checked using the gauge slots to identify particles that fall below the specified thickness, helping assess the quality and suitability of aggregates for construction purposes.

An environmental chamber, also known as a climatic or climate chamber, is used to simulate controlled environmental conditions such as temperature, humidity, and pressure to test the performance of biological samples, materials, electronic components, and industrial products. Accurate operation of these chambers is critical for reliable testing results. We provide professional calibration services for environmental chambers, ensuring precise control and measurement of all parameters. Our calibration process aligns equipment with certified standards, helping maintain compliance, improve performance, and reduce testing errors. Regular calibration ensures consistency, reliability, and confidence in test outcomes across various industries.

A digital thermometer is used to verify and calibrate smart temperature transmitters under operating conditions. Portable electronic thermometers (PETs) are designed to measure temperature in RTD-type thermowells using either a thermistor or RTD probe, ensuring accurate and reliable temperature readings for industrial and laboratory applications.

A deep freezer is a specialized appliance designed solely for freezing and storing products at low temperatures, without a refrigeration compartment. It includes both chest freezers and upright freezers, commonly used in laboratories, medical facilities, and food storage applications. Maintaining accurate temperature is essential for preserving product quality and safety. We provide professional calibration services for deep freezers to ensure precise temperature control and uniform cooling performance. Our calibration process verifies accuracy against certified standards, helping meet regulatory requirements, reduce risks, and improve efficiency. Regular calibration ensures reliable operation and consistent performance for critical storage needs.

A current coil is a wire, typically insulated copper, wound around a conductor such as a soft iron core. When electric current flows through the coil, it generates a magnetic field, causing the coil to behave like a magnet. This principle is widely used in electrical and measuring devices, where the magnetic effect of current helps in sensing, measuring, or controlling electrical parameters.

A Compression Testing Machine (CTM) is widely used in the construction industry to evaluate the quality and strength of concrete. It determines the compressive strength of concrete by testing standard concrete cubes or cylinders under controlled loading conditions. In addition to concrete, the CTM machine is also used to test the compressive strength of other materials such as bricks, rocks, and metals. Calibration services for CTM machines ensure accurate load measurement and reliable test results by verifying performance against certified standards. Regular calibration improves precision, ensures compliance with industry requirements, and supports consistent quality control in construction and material testing applications.