With our response time of one business week upon receipt, you won’t have to wait long before getting back to your tasks. Our user-friendly online ordering system simplifies the process, allowing you to schedule calibrations easily. Additionally, when you rely on us for your calibration requirements, you can effortlessly include items in your existing orders. Keep track of your equipment upkeep with our calibration tool, which makes load cell recalibrations a breeze. And don’t worry – we’ve got cables and parts ready whenever you need them. With our range of services and commitment to customer satisfaction, achieving precision has never been easier.
Our highly qualified specialists use cutting-edge equipment and industry-leading methodologies to calibrate load cells with unrivalled precision. Whether you have tension, compression, or multi-axis load cells, we can calibrate them to the highest level.
We follow strict calibration techniques and standards, ensuring that our calibration services are traceable to national and international specifications. Our calibration findings are dependable and meet regulatory criteria.
We understand how crucial it is to reduce business interruptions. That’s why we strive to respond without compromising the quality of our calibration services. We offer a service to ensure your operations continue seamlessly.
Upon completion of the calibration process, you will get complete calibration certifications that document the results. Our detailed reports provide transparency and assurance that your load cells meet the necessary performance criteria.
We understand that each application is unique, which is why we provide customized calibration solutions based on your individual needs. Whether you work in manufacturing, aerospace, automotive, or another industry, we can meet your needs.
We calibrate load cells and ensure the calibration of all instruments within the Physical Discipline, such as those used for mass, weighing force and hardness measurements. Our calibration procedures across disciplines and laboratories strictly follow the norms for quality control. This system guarantees the utilization of datasheets and calibration methods.
Calibration plays a role in guaranteeing the precision and reliability of load cell measurements, which are crucial for their proper functioning. Incorrect readings of the signal can create safety risks and damage equipment. Since decisions often hinge on the readings from load cells, which are components in larger systems, it highlights the significance of regular calibration.
Moreover, ensuring regular calibration upholds quality benchmarks not for load cells but for a variety of machinery and instruments like pressure gauges, speedometers, temperature sensors and torque meters. Load cells play roles in tasks like weighing materials in containers overseeing levels, in tanks capturing real time forces and carrying out weight focused studies.
Various styles are available, such as S beam, platform, single point, low profile, and compression/tension types. A load cell’s function is based on the deformation of strain gauges. When force is applied to them, strain gauges bend and transform strain into signals that are amplified. During calibration processes, known loads with weights are used to ensure measurements within engineering tolerances across different time frames and environmental conditions.
This service focuses on calibrating pressure-measuring devices such as switches, transmitters, relief valves and barometers used in gas and liquid systems operating at high pressures.
This service involves calibrating temperature measuring devices like thermocouples, RTDs, thermistors, PRTs, bi-metal thermometers, thermal cameras and infrared meters in a controlled setting.
Humidity calibration is carried out by calibrating humidity-measuring instruments such as humidity recorders, probes, sensors, psychrometers, and thermohygrographs. During this process, parameters like humidity and dew point are measured in a controlled environment.
Flow calibration focuses on calibrating volumetric and mass flow meters and flow controllers found in gas and liquid distribution systems. Regular flow calibration is essential to ensure the regulation of flow through equipment and pipelines and to maintain quality and safety standards.
During pipette calibration, the precise amount of liquid dispensed by the pipette is measured by weight at a known temperature. The volume dispensed is calculated by multiplying the weight with the liquid’s density and comparing it with the expected volume.
Electrical calibration focuses on calibrating devices used to measure properties like voltage, resistance, current, inductance and capacitance. Instruments calibrated include oscilloscopes, multimeters, data loggers and clamp meters.
Dimensional calibration addresses devices that measure dimensions such as length, volume, flatness, and angle. Instruments involved in this type of calibration include micrometres, callipers, and height gauges, among others.
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