OHAUS TS400S Calibration
The OHAUS TS400S is a precision analytical balance designed for accurate mass measurement in laboratory and industrial settings. This instrument delivers reliable performance across its full operating range, making it essential for applications where measurement accuracy directly impacts product quality and regulatory compliance. Total Calibration Solutions offers ISO/IEC 17025 accredited calibration services to ensure your TS400S maintains its specified accuracy and metrological integrity.
OHAUS TS400S precision instrument Calibration Service
The TS400S serves as a critical tool in quality assurance laboratories, manufacturing environments, and research facilities where precise mass determination is fundamental to process control and product validation. Routine calibration of this balance is essential because even minor deviations in measurement accuracy can cascade through production batches, compromise experimental results, or create compliance issues in regulated industries.
What Gets Calibrated on the OHAUS TS400S
Calibration of the TS400S focuses on four core parameters: measurement accuracy across the full capacity range, repeatability of successive weighing operations, linearity of response at intervals throughout the operating range, and the overall measurement uncertainty of the instrument. Our technicians verify performance at multiple test points using certified calibration weights traceable to NIST standards, confirming that the balance meets or exceeds manufacturer specifications. The complete ISO/IEC 17025 accredited calibration process documents any deviations and provides you with a detailed certificate of traceability for your quality management records.
Why Calibration Matters for the OHAUS TS400S
Precision balances like the TS400S experience measurement drift through normal operational wear, exposure to environmental fluctuations in temperature and humidity, vibration from nearby equipment, and accumulation of residue on the weighing pan and internal components. In manufacturing environments subject to ISO 9001 requirements, unvalidated measurements can lead to out-of-specification products reaching customers, while research laboratories depend on calibrated instruments to produce defensible, reproducible data. Without regular calibration verification, you cannot be certain that results generated on the TS400S meet the accuracy standards your industry demands, potentially invalidating batches or research conclusions.
Common Use Environments
The TS400S is widely deployed in pharmaceutical manufacturing, chemical processing, materials testing, academic research, and quality assurance laboratories where ISO 9001 or similar quality management system standards mandate instrument validation. These industries rely on documented calibration evidence to demonstrate process control and measurement traceability, making scheduled calibration intervals a compliance requirement rather than an optional maintenance task.
Why Choose TOTAL Calibration Solutions?
- Our ISO/IEC 17025 accreditation ensures your TS400S calibration certificate provides the highest level of metrological credibility and is accepted by regulatory bodies and quality auditors.
- We deliver calibration results within five business days, minimizing downtime and keeping your laboratory operations on schedule.
- Our technicians use multiple certified weight sets and advanced balancing procedures to evaluate linearity and accuracy across the complete operating range of your balance.
- We provide full NIST traceability documentation with each calibration certificate, supporting your internal quality system and external audit requirements.
User manual and documentation
For manufacturer information, user manuals, and product documentation, visit the Ohaus website.
Need calibration support beyond this specific model? Explore our full Calibration Services for a wide range of precision measurement instruments.
Request a Quote
If you need pricing or service information for your OHAUS TS400S, contact TOTAL Calibration Solutions today.
