Benefits of Laboratory Accreditation ISO 17025

Research laboratories such as your profit greatly from a globally recognized accreditation body’s scientifically reliable evaluation and accreditation. Below are some of the advantages:

• A laboratory gains a quality management system by going through the accreditation process, which functions to reduce and prevent procedural errors
• A “credential” designating the facility as eligible and worthy of delivering services in the sector or areas of which it is certified.
• A routine, systematic “check-up” lets the management of a laboratory keep the activity continuously enhanced.
• Entry into a specific sector in a growing number of cases that would otherwise be inaccessible to the laboratory.
• Accreditation tests enable the research personnel to remain at the leading edge of their area with scientific advances. If some improvements are introduced to ISO 17025, your laboratory personnel are still up-to-date on all the changes.
• Laboratory performance is improved. Daily reviews promote workplace productivity and a sense of integrity. Employees are more likely to be committed to complying with the company’s QM system and performance standards.

Accreditation creates trust

Laboratory customers are also the beneficiaries of laboratory accreditation. Consumers are more assured regarding the quality of the test or adjustment report they are purchasing since it was produced by a professional facility. It is particularly valid for an experienced person, one who is knowledgeable of the extent of accreditation by the laboratory. Accredited testing results guide recommendations on decisions for product certification.

The key reason for introducing a LIMS is that it becomes your one-stop, secure program with features that allow your laboratory to obey all the guidelines laid down in ISO 17025. The specifications of the legislation are split down into two parts: Management and Scientific. Management criteria apply to the application of the quality control program in the laboratory and its efficacy. This involves data management requirements, paper monitoring, internal checks for each phase conducted in the laboratory, operational process, analysis of client-received research requests, and procurement of resources and materials such as reagents, consumables, etc. Professional standards include the expertise of the staff, the procedures used for sampling and measuring, the types of equipment, consistency, and recording of the effects of testing and calibration. It is only because of its streamlined implementation and multifaceted features that you need to incorporate a LIMS in your laboratory to meet any of these specifications.

You ought to be sure that you will be provided with precise and consistent tests while choosing a laboratory to meet the research, calibration, or measuring needs. A laboratory ‘s technological integrity relies on a variety of considerations, among them:

• Personnel skills, preparation, and expertise
• The right equipment-properly calibrated and kept maintained
• Proper quality assurance practices
• Correct sampling practices
• Proper research methods
• Appropriate research approaches
• Measurement traceability to the institutional requirements
• Precise documentation and documenting data
• Adequate research equipment

All these considerations help to make sure the work is technologically compliant within a laboratory.