Calibration Service
Supporting Industries with Reliable and Certified Calibration Expertise.
Years of Achievement
Founded in 1997, we are a top provider of calibration equipment, performing more than 15,000 calibrations annually with verified accuracy.
Low Measurement Uncertainty
Obsnap Calibration provides calibration services with some of the lowest measurement uncertainties available on the market thanks to its ISO 17025 accreditation.
Validation and Qualification Services
We have extensive experience adhering to industry and legal requirements. Obsnap Calibration is an expert in evaluating heat distribution, heat penetration, and FO values in order to validate retort sterilizing procedures.
Precision Calibration Services
Our calibration lab is open 24/7 to guarantee that your equipment is returned to you safely and on time.
On-Demand Calibration Services
We deliver our calibration expertise to your site, minimizing downtime and keeping your operations running smoothly.
Process-Integrated Calibration
We provide smooth integration with your in-process electrical, temperature, humidity, pressure, level, and flow systems by providing accurate "As Found" and "As Left" calibration.
CALIBRATION SERVICE
WHAT IS CALIBRATION?
The process of calibration involves comparing the measurement values provided by a unit under test with a calibration standard of known accuracy that can be linked to established international standards in the system of SI Units, which include metre, litre, kilogramme, kelvin, ampere, second, and more. There shouldn’t be any noticeable equipment errors in the results. Technical adjustments will be made to align the equipment with the calibration standard if any major errors are found. Calibration enables you to confidently use your measurement and testing equipment at work.
Why calibrate your equipment with an accredited calibration laboratory?
I. Errors and inevitable uncertainties can occur during measurement, even with the most accurate measuring devices. Out-of-tolerance equipment can result in expensive rejections and rework, which can be avoided with proper calibration.
II. In order to show control over measuring and testing equipment, ISO 9001 Quality Management Systems mandate calibration. Periodic calibration of instruments is required, and accurate documentation must be kept and examined.
III. Using an ISO/IEC 17025-accredited calibration laboratory guarantees technical proficiency and quality control, producing dependable, traceable calibration certificates and outcomes you can rely on.
OUR PRODUCT
Temperature calibration ensures the accuracy and reliability of temperature measurement instruments. Because temperature plays a critical role in many industrial and scientific applications, accurate measurements are essential for maintaining product quality, safety, and operational efficiency. This page provides a brief overview of temperature calibration, its importance across industries, key benefits, and common methods.
In order to gather precise and trustworthy data, which serves as the basis for scientific study and experimentation, precision in scientific measurements is essential. Accurate measurements guarantee that experiments may be repeated and conclusions can be made with confidence in chemistry, biology, and other scientific fields.
The precision of pressure measurements is essential to guaranteeing efficiency, quality, and safety in the complicated environment of contemporary industries. Precise pressure measurements are essential to the correct operation and dependability of machinery and procedures in a variety of industries, including manufacturing, healthcare, aviation, and energy generation.
The process of verifying and modifying the precision of flow meters, which gauge the flow rate of liquids or gases, is known as flow calibration. It is vital because many businesses, such as water management, oil and gas, medicines, and food production, depend on precise flow measurements. Precise calibration of flow meters guarantees cost-effectiveness, efficiency, and safety.
Accurate readings from humidity measuring devices are guaranteed via humidity calibration. This procedure entails comparing the results from the humidity instrument to a recognized standard and adjusting as needed.
The process of setting up an instrument to provide precise and accurate measurements by comparing it to a known standard is known as analytical instrument calibration.
Gas detectors are essential for maintaining safety in a variety of sectors. They are crucial for keeping an eye on and identifying dangerous gasses, which helps to avoid mishaps and guarantee a secure workplace.
The process of electrical calibration, often known as electrical calibration, is essential to preserving the precision and dependability of electronic measurement devices. By ensuring that devices operate within their designated parameters, this procedure provides accurate and precise data that is necessary for a variety of applications. Maintaining measurement integrity can be emphasized by comprehending electrical calibration, its concept, and its significance in many industries.
Precision is essential to guaranteeing the effectiveness and safety of operations in a variety of industries, including the automotive and aerospace sectors. The torque wrench is a crucial tool for delivering a particular torque to a fastener, like a nut or bolt, among the various tools used. It is impossible to overestimate the significance of accurate torque measurements since they prevent components from being overtightened or undertightened, both of which can result in catastrophic failures.
In both scientific research and industrial applications, precision is essential since even the tiniest measurement error can have serious repercussions. Measurement precision is crucial for conducting state-of-the-art studies in a lab, ensuring the safety of aeronautical components, or guaranteeing the quality of medications.
The process of verifying an instrument’s or device’s accuracy by comparing its measurements to a recognized standard or reference is known as dimensional calibration. In order to verify that the instrument’s measurements fall within the prescribed tolerances, this procedure calls for the employment of extremely accurate instruments and techniques. The integrity of measurement data and the accuracy and dependability of the instruments used in different applications depend on dimensional calibration.
Maintaining precision and accuracy in measurements is crucial in today’s highly competitive and technologically advanced industrial environment. In order to ensure that measurements are precise and dependable, calibration the act of setting up an instrument to produce a result for a sample within an acceptable range is essential. Precise measurements are crucial for ensuring quality, safety, and efficiency in a variety of industries, including manufacturing, telecommunications, aerospace, and healthcare.