Traceable error curves
Each torque transducer, thermocouple, or manometer receives a multi-point loading sequence. The result is a documented error curve with hysteresis and repeatability data you can defend in an audit.
Independent Validation & Calibration
Every service is built around BIS protocols and real-world measurement uncertainty. No shortcuts, no guesswork.
Each torque transducer, thermocouple, or manometer receives a multi-point loading sequence. The result is a documented error curve with hysteresis and repeatability data you can defend in an audit.
All certificates follow Bureau of Indian Standards format, including expanded uncertainty (k=2) and a statement of conformity. No extra paperwork needed for your quality system.
From 0.1 N·m to 5000 N·m for torque, −40°C to 1200°C for thermocouples, and 0.1 bar to 1000 bar for manometers. One lab covers your entire instrument fleet.
Shielded thermocouples are tested over three thermal cycles to reveal drift patterns. Manometers get a correction polynomial fitted to their response, not just a pass/fail verdict.
We bring dead-weight testers and reference probes to your facility when instruments cannot be moved. Same BIS-compliant report, same uncertainty budget.
Every report includes a suggested interval based on the instrument’s drift profile and your operating conditions. Helps you plan maintenance without over‑calibrating.
Each plan follows BIS protocols and includes a full error curve report with traceable uncertainty. Choose the scope that matches your equipment.
Static and dynamic loading from 0.1 N·m to 5000 N·m. Multi-point error curve with hysteresis and repeatability data. Certificate of traceability to national standards.
02Verification from −40 °C to 1200 °C with immersion depth correction and sheath compensation. Drift profile over three thermal cycles and BIS-format certificate.
03Dead-weight tester from 0.1 bar to 1000 bar. Linearity deviation, hysteresis error, correction polynomial. BIS-compliant report with conformity statement.
Straightforward answers about our calibration and verification services under BIS protocols.
Standard calibration is completed within 5–7 business days from receipt. Rush orders can be processed in 48 hours for an additional fee. The final report includes the error curve, uncertainty budget, and BIS-format certificate.
Yes. Our verification pack specifically addresses EMI-prone installations. We test each thermocouple against a reference platinum resistance thermometer from -40°C to 1200°C, applying immersion depth correction and sheath material compensation. The output includes a drift profile over three thermal cycles.
We calibrate industrial manometers from 0.1 bar to 1000 bar using a primary dead-weight tester. The service maps linearity deviation, hysteresis error, and repeatability, then fits a correction polynomial for the error curve. Both analog and digital manometers are accepted.
Yes. Every calibration is documented with a BIS-compliant report that includes a statement of conformity, expanded uncertainty (k=2), and traceability to national standards. Our procedures are aligned with ISO/IEC 17025 requirements for independent validation labs.
Both options are available. For on-site calibration, we bring the dead-weight tester and reference standards to your facility. Laboratory calibration is performed at our Kharadi facility. Contact us to schedule a pickup or arrange an on-site visit.
We require the device model, serial number, full-scale range, and any previous calibration certificates. For thermocouples, please specify the sheath material and immersion depth. This helps us prepare the correct test setup and reference standards in advance.
Still have questions? Contact our calibration team for a detailed quote or technical clarification.