Calibration Metrology Labs – Key Challenges!

• Diverse Expectations: Balancing varied expectations from clients, management, administration, technicians, quality, and engineering.
• Process Complexity: Addressing a range of disciplines and ensuring that lab processes effectively meet the needs of different stakeholders
• Data Management: Effectively collecting, storing, and analyzing calibration data for historical parametric analysis and practical measurement uncertainty evaluation.
• Automation Transition: Overcoming the challenges associated with transitioning from traditional paper, manual, and semi-automated tasks to automated processes, especially for routine calibration of complex instruments.
• Corporate Demands: Meeting corporate demands for increased productivity and higher profits while maintaining quality standards and operational efficiency.
• Technological Advancements: Keeping pace with rapid technological advancements in calibration and metrology to stay competitive and relevant.
• Skill Development: Ensuring that calibration technicians and staff possess the necessary skills to operate advanced equipment and implement new technologies.
• Resource Optimization: Optimizing resources, including time, personnel, and equipment, to achieve efficiency without compromising on precision and accuracy.
• Continuous Improvement: Implementing a culture of continuous improvement to address emerging challenges and stay adaptable in a dynamic industry landscape.

Comes with Powerful Analytics,
Mobile Apps & Business Intelligence

• Experience a customized Lab Mobile App designed to meet the unique needs of calibration labs. Track samples effortlessly, receive instant Alerts and Advance push notifications, Download reports on-the-go, and access a KPI dashboard for comprehensive insights and Offline Connectivity. Labsols ensures seamless integration with CALIBRATION LIMS, bringing efficiency to your calibration processes.
• Labsols BI revolutionizes data intelligence for calibration labs, enhancing operational efficiency. This innovative solution integrates data from diverse sources, including testing equipment and CALIBRATION LIMS. Real-time monitoring of key performance indicators (KPIs) such as testing volumes, turnaround times, and resource utilization is at your fingertips. For calibration labs embracing cloud-based capabilities, Labsols BI harnesses the power of AI/ML and advanced analytics for lab-wide asset monitoring and business intelligence. Unlock the full potential of a smart, connected calibration lab with Labsols BI.

Configuring UNCERTAINTY

Uncertainty Calculation - The dynamic uncertainty setup screen allows the user to create new rules and calculations to set new uncertainty and edit existing ones. Automate uncertainties & corrections. It allows users to configure uncertainty for Thermal Calibration, Mechanical Calibration Services, and Dimensional Metrology Calibration. Electro Technical Calibration, Pressure Calibration, Analytical Calibration etc. Support Type A and Type B measurement uncertainties.

In the Setup module's Uncertainty menu, your lab team can easily manage and configure uncertainty parameters for accurate results.

Name : Define name of the uncertainty. Here you can create structure for a uncertainty configuration by defining 'no of column'; 'standard value' and decimal value.

Column Name : Define column name of calculation table. Whatever column name you define it will show same name in the certificate

Define Input : Here user can define input type of each column- like predefined field (like master value), user input (like reading of equipment) and calculation fields.

Define data : Here you can define maximum no of row needed for the uncertainty Define Formula: Here you can define row wise and column wise calculation formulas.