Provides guidance on uncertainty requirements for ANAB-accredited laboratories that perform calibrations.
Establishes guidelines, clarifications, and recommendations for specific ISO/IEC 17025 requirements, and specific policies and instructions as defined by ANAB.
GD 2701.01, Guidance on Corrective Action and Cause Analysis (presentation)
Provides guidance on interpolation and extrapolation of calibration data as related to calculating measurement uncertainties and the expression of those uncertainties on the customer’s scope of accreditation and any accredited calibration or testing reports.
Provides general accreditation guidance for accredited customers to purchase calibrations that are fit for their intended purpose.
Recommendations and guidance to assist ANAB assessors and accredited and applicant labs in drafting scopes of accreditation, and to allow adherence to both ILAC guidance documents and ANAB requirements, while helping standardize formats across the range of potential accredited tests and calibrations in the sphere of ISO/IEC 17025-accredited operations.
Intended to give ANAB customers, assessors, and experts the necessary understanding of proficiency testing/inter-laboratory comparisons to achieve and/or maintain accreditation to ISO/IEC 17025.
Guidance on traceability requirements for ANAB-accredited labs, which are required to demonstrate traceability for their reference standards and reference materials (in most cases includes measurement uncertainty).
Testing laboratories are required to demonstrate traceability and measurement uncertainty as defined in this document.
Provides examples of uncertainty budgets for hand tools, hand gages, and scales and balances to help provide a better understanding of preparing an uncertainty budget. Not intended to encompass all the statistical treatments required for many uncertainty determinations. Designed to assist calculations in many of the simplest situations, not requiring statistical use of degrees of freedom for example.
To assist calibration laboratories in determining and reporting customer-requested compliance to specifications on accredited calibration certificates. Also provides guidance to assessors in evaluating the appropriateness of reported statements of compliance by accredited and applicant labs.
Explains aspects of ANAB’s ISO Guide 34 RMP accreditation program. Intended to provide the necessary understanding of reference material producer competency and management issues to achieve, assess, and/or maintain accreditation to ISO Guide 34.
Lists examples and provides clarification on ANAB requirements for accreditation, proficiency testing/inter-laboratory comparisons for inspection bodies, on-site assessments (scope witnessing), and inspection body records.
ANAB issues symbols specific to each accreditation program to accredited organizations to indicate their accredited status. Only ANAB-accredited organizations are authorized to use these symbols.
ISO/IEC 17025 applies to laboratories that perform tests and/or calibrations in the main lab and at other locations. In this document, the term on-site refers to tests and/or calibrations performed at the accredited organization or a third-party location.
Establishes guidance on surveillance and reassessment activities and applies to all accredited and applicant laboratories.
Provides guidance for agencies seeking ANAB accreditation and can be used by agencies preparing for reaccreditation or surveillance.
To assist agencies in developing proposed scopes of accreditation to provide with their applications for accreditation and to encourage consistency in scopes of accreditation for agencies accredited by ANAB.
Explains the differences between ANAB programs for ISO/IEC 17025 and ISO/IEC 17020 forensic accreditation and helps those interested in accreditation make informed decisions on which standard is appropriate. Also provides clarification on ANAB requirements for accreditation.
Designed for forensic agencies new to ISO/IEC 17025 and ISO/IEC 17020 accreditation, traceability, and measurement uncertainty (MU). ISO/IEC 17020 has requirements for traceability and uncertainty of measurements when relevant for inspection agencies.
Guidelines for testing and calibration laboratories and their customers on the decision and reporting of compliance or non-compliance with specified requirements.
Based ILAC-G8, guidelines on the method for stating test and calibration results and compliance with specifications.
Short, simple, and user-friendly guide for laboratories and accreditation and certification bodies. Employing mainly VIM (1) and ISO (2) definitions, it is intended for the inexperienced and includes discussion and clarification of some poorly understood issues.
Information on how to define the scope of accreditation and identify some criteria and ways of assessing the scope to provide practical guidance for an effective and harmonized application of relevant international standards.
Describes how the concept of uncertainty of measurement in testing has changed recently and how it should be introduced with regard to current understanding. The main goal is harmonization of application between different disciplines, industry sectors, and economies.
Addresses the estimation of uncertainty of measurement and its expression on calibration certificates of accredited laboratories.
Geared toward customers of accreditation laboratories and meant to clarify the use and purpose of measurement uncertainty in making informed decisions and judgments.
Interpretation and guidance for various technical disciplines and intended for use by laboratory accreditation bodies and laboratories.
Provides service personnel with a method to identify and quantify the uncertainty components for scale and balance calibrations in both field and laboratory environments.
Detailed guidance for evaluation and expression of uncertainty in quantitative chemical analysis, based on the approach taken in the ISO Guide to the Expression of Uncertainty in Measurement (GUM).
Gives laboratories guidance on how to determine calibration intervals. Identifies and describes methods available for evaluation of calibration intervals.
Developed to ensure a more uniform approach to use of accreditation symbols and the manner in which a laboratory may refer to its accreditation status and the ILAC MRA. Only statements that use the term "shall" are requirements (v. guidelines).
Guidance on establishing and managing a proficiency testing/ILC program. Applicable to all types of laboratories, general in nature, and easy to read and understand, with useful examples.
Lists proficiency testing schemes and inter-comparisons available to laboratories in the Asia-Pacific region.
Guidance on how to establish a program for internal audits. General in nature and can be adapted based on the size, scope, and structure of the organization.
Guidance on how to establish a program for management review. General in nature and can be adapted based on the size, scope, and structure of the organization.
Guidance for APLAC members and their accredited laboratories on operation of food testing laboratories and their accreditation to ISO/IEC 17025. Uses the same section heading and numbering system as ISO/IEC 17025.
Guidance to inspection bodies on requirements of ISO/IEC 17020. Mandatory for all ANAB applicant and accredited customers.
NIST Recommended Practice Guide created to a fill a gap in the metrology literature. Assists the working metrologist or calibration technician by describing the types of stopwatches and timers that require calibration, specifications and tolerances of these devices, methods used to calibrate them, and estimated measurement uncertainties for each calibration method.
Good for not only calibration laboratories but also for the users of infrared guns and cameras.