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Calibration & Metrology

Overview

Metrology and calibration laboratories faces wide array of challenges on day to day operations. The difficulty to increase compliance and effectiveness within this market is at an all time high.

The continuing evolution of quality requirements presents significant challenges for today's calibration laboratories. Where traceability was once the only basic requirement a calibration laboratory must adhere, there are now numerous accrediting bodies, quality programs, regulatory agencies and auditors to which the metrology community must satisfy

Key Challenges – So many questions around!
  • How does the calibration lab cope with juggling so many expectations and remain both viable and profitable?
  • How can the lab's processes address such varied disciplines, answering the needs of its clients, management, administration, calibration technicians, quality and engineering?
  • What method can be used to effectively collect and store the calibration data for historical parametric data analysis? How can the calibration lab analyze measurement uncertainty in a practical and profitable manner?
  • How to automate and above all traditional paper, manual and semi-automated tasks associated with the performance of routine calibration, complex instruments resulting error?
  • Add to this the corporate demands for more productivity and higher profits, and any calibration facility, no matter how competent, must now prepare to address the myriad of challenges for higher quality and increased productivity. This is the how one calibration laboratory identified and solved these challenging issues.
Is there any solution to these challenges? Yes, we have Calibration LIMS!

Labsols introduced “CALIBRATION LIMS” software for calibration industry with intelligent calibration management add-on to customer facing portal and mobile version extension. It automates all traditional paper, manual and semi-automated tasks associated with the performance of routine calibration and maintenance workflows for simple and complex instruments.

CALIBRATION LIMS captures the complete business process of a calibration lab. It streamlines the laboratory into seven basic processes: receiving, lab, quality assurance, analytics, management, shipping and billing, all completely traceable and track able. It also automates many of the other key activities of reporting, documenting, issue logging and communication. Laboratories are able to reduce the administrative overhead surrounding instrument calibrations while increasing their confidence that data integrity will not be compromised by improperly calibrated instrumentation.

Paperless Concept. Cover every aspects of Calibration business.

CAL-LAB LIMS is a comprehensive web-based calibration solution that monitors the calibration process every step of the way, recording and logging to meet the quality requirements necessary for accreditation and certification. It understands the ins and outs of how a calibration lab should operate by recording every activity on every job so that your laboratory runs like clockwork.

CAL-LAB LIMS is one of the most latest technically advanced application with “Paperless concept” which is highly configurable and can be tailored to meet your current flow or process of lab operations fulfilling your expectation. It is the most comprehensive client server/cloud solution available today with maximum benefits of cloud including data storage, security, cost saving for installation and IT infrastructure etc.

How to configurre uncertainty

This feature is available in the Uncertainty menu under the Setup module. Here your lab department can manage and configure uncertainty and its parameters as follows :

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"

Accelerate innovation, expand lab capacity and speed execution with Labsols AI & ML

To keep up with today’s rapidly expanding market demands, lab managers require a full panoramic view. They need to mine insights from historic data, gaining insights from the past and using those insights to see into the future: identifying possible risks and locking in on new opportunities.

That’s what it means to have a panoramic view: linking the past to the future and lab-specific to enterprise-wide. To acquire such a view, labs must put their LIMS data to work, driving an advanced analytics solution with the capacity to deliver statistical and business analysis on demand.

Here’s where Labsols advanced analytics comes into its own. A lab-specific, LIMS-ready state-of-the-art analytics solution that solves both speed and data volume challenges. It allows lab professionals to obtain a full panoramic view of their lab and their enterprise, helping to identify the next best action by creating meaning from data.

This visibility not only accelerates speed to market — it also significantly reduces costs and assists smart decision-making, both inside the lab and company-wide.

This is the next generation of transformation for the digital lab, and Labsols is ready to help businesses reach the peak of the respective market.

Leveraging Advanced Analytics, Business Intelligence, Artificial Intelligence and Machine Learning for your Lab

Labsols team currently improving on smarter data management as part of digital transformation that drives changes in our lab clients handling huge data.

Labsols Artificial Intelligence (AI) and Machine Learning (ML) algorithms proving their value in the form of advanced analytics (Lab BI) tool with integration with LIMS.

  • KPI Dashboards - contain appropriate graphical and tabular representations of the process being performed and contain measures to aid with the efficient operation of the laboratory.
  • Predicting Analysis - from predicting analysis to better data aggregation, Labsols BI helps managers draw conclusions.
  • Auto Calculations - They also help make decisions based on insights otherwise requiring tedious calculations.
  • Dynamic Reporting - capabilities enabling the compilation of targeted data sets or the generation of formal reports, our customers have achieved more with their data.

Leveraging Advanced Analytics, Business Intelligence, Artificial Intelligence and Machine Learning for your Lab

Transform LIMS Data into Action-Ready Insights

Advanced analytics in the lab is crucial for:

  • A wider scope of research and/or testing. Use advanced analytics to extract historic LIMS data and combine with other relevant data sources, thus creating meaningful, relevant insights.
  • Accelerated speed to market. A lab-specific analytics solution eradicates conventional barriers to LIMS data, expediting research and facilitating streamlined testing.
  • A lab with increased profitability. By teaching the advanced analytics solution to recognize under-developed opportunities and flag risks, labs can hone and accelerate their workflow.

These Data Science driven approaches are now being embedded into Labsols for utilization by any of our customers. Through partnerships with our customers, the power of Artificial Intelligence, Machine Learning, and Data Science can be brought to bear on their specific datasets, offering a competitive advantage through Labsols’s ongoing drive to ensure our customers get the most from their data..

The Digital Lab is here with Machine Learning

Labsols Informatics provides machine learning algorithms with the high-quality data needed to drive meaningful insight. Labsols LIMS utilize an application programming interface (API) to communicate between various software systems, including the communication between LIMS and data lakes.

The data that was directly captured by the LIMS provides a direct mechanism enabling AI to mine through high-quality data to make meaningful insights.

  • Integrate data from your lab instruments to reduce manual data entry, prevent human error and reallocate time to chemistry itself
  • Integrate data from other software programs into Labsols Informatics so your lab teams have all the information they need in one place
  • Get an integrated view of all your lab data, within your customized test methods and processes
  • Access related lab data with sophisticated search of historical project work
  • Visualize and analyze current and historical lab data together with integrated test data visualization

Leveraging Advanced Analytics, Business Intelligence, Artificial Intelligence and Machine Learning for your Lab

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