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5 Important Reasons to Calibrate Your Equipment After a Laboratory Move

5 Important Reasons to Calibrate Your Equipment After a Laboratory Move

Discover 5 reasons why calibrating your equipment after a laboratory move should be your top priority.

Zoe Hall

Lab relocation can be a complex and stressful process. With so much to think about it’s easy to ignore one of your most important tasks – checking your equipment’s performance in the new environment.

Calibration is essential to ensure the safe operation of your equipment and to maintain compliance with regulatory standards.

1. Maintain Compliance and Follow Legal Requirements

Industries such as biotech and pharma have specific calibration requirements that laboratories must follow to avoid risks such as wasted products, public harm, or compromised test results. By calibrating, you can ensure compliance with these regulatory standards, and avoid failure that can result in fines, lawsuits, and damage to the lab’s reputation.

The environmental conditions of a new lab may differ from the previous one, and this can affect the accuracy of your data. Calibration ensures that all your equipment is functioning optimally and delivering accurate results, increasing your efficiency, and allowing you to make better-informed decisions.

2. Ensure Accurate Test and Research Results

Calibration can ensure that your laboratory equipment is working correctly and that the test results obtained are reliable and reproducible. Any errors or inaccuracies could lead to flawed conclusions, which can compromise scientific research or impede the drug development process.

After a lab move, it is important to check all equipment for any damage or changes that may affect their accuracy, as well as regular calibration in line with the manufacturer’s recommendations. By partnering with a reliable calibration service provider, labs can avoid costly rework, delays in research, and product recalls.

3. Increase Efficiency and Reduce Costs

Calibrating equipment after a laboratory move can save time and money. Without proper calibration, research may have to be repeated, or products recalled, leading to unnecessary and unplanned expenses. Similarly, if the equipment is not working correctly, it can delay production and research timelines, leading to potential revenue loss.

Calibrating equipment allows for better cost control as it ensures that the equipment is working optimally, resulting in increased productivity and profitability.

4. Prioritize Staff Safety by Eliminating Risks

After a laboratory move, equipment must be checked to ensure that it is safe for staff use. Staff may be exposed to hazardous materials or chemicals if any safety equipment is not working correctly. Equipment used to measure high or low temperatures and pressures must be calibrated to avoid any risks to human health, as such processes can be dangerous without proper limitations.

By performing regular calibration and ensuring that your equipment is functioning correctly, labs can minimize the risk of workplace accidents and improve the protection of their staff.

5. Safeguard Organic Materials and Products

Many of the production processes or research programs carried out in labs involve organic materials or chemicals which need to be kept in strictly controlled conditions, such as at a certain temperature or humidity.

Calibrating your equipment ensures that organic materials and products are safe, secure, and preserved in the best possible conditions. This not only helps to prevent material loss, but also protects the integrity of your research and the investment that has been made into acquiring the materials.

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