Calibration 1024x681

5 Ways to Ensure You Are Getting Quality Calibration

Published: 17th August 2021

Not all test and measurement equipment calibrations are created equally. There are several factors to consider when selecting a service provider to ensure you receive a quality calibration. In simple terms, Equipment calibration is the comparison of a measurement device (an unknown) against an equal or better standard, and often requires certification and documentation.

In mission-critical industries, such as aerospace, defense, semiconductor, automotive, wireless, and others, test and measurement equipment calibrations are required for passing industry audits. Smooth your process for passing an audit by ensuring you receive quality calibrations on your test and measurement equipment. Additionally, in these industries, incorrect and unreliable calibration can jeopardize product reliability and your company’s reputation. Below are five considerations that will help verify that you are receiving a top-quality calibration.

1. Understand the critical driver for calibration.
Calibrations are part of the engineering process and required to validate your measurements over a period of time. When considering calibration as a technical function, it needs to fit the due diligence that you apply towards your testing and your product. Why is that important? One word… risk. Proper calibration reduces your risk of failing audit as well as product rework, recalls, returns, and repairs. With the right calibration, you can be more efficient with your time to market and testing while minimizing your risk, which reduces your total cost of test.

2. Understand your company’s calibration requirements.
Does your business operate in a regulated environment? Has your company defined specific quality requirements to ensure risk is being mitigated? Ask yourself, how certain do I need to be in my measurements? Do all my instruments need to be calibrated? Does my quality policy require certification and/or accredited calibrations, and what are the documentation requirements? Not all calibrations are created equally. Does your calibration supplier engineer, design, and service test and measurement equipment, understanding it inside and out? Do they offer multiple levels of ANSI/NCSL Z540 and ISO/IEC 17025 accredited calibrations, or do they simply focus on a base level of commercial calibration? For calibration quality success, seek a supplier that truly understands test and measurement technology, such as an OEM of T&M equipment.

3. Conduct a detailed analysis of your calibration supplier.
These are some questions you should ask of your calibration supplier.

  • Can you calibrate to the full manufacturer’s test procedure?
  • Can you provide me with an example calibration certificate/data for instrument model X?
  • What percentage of my equipment will you calibrate yourself and how much will you subcontract elsewhere?
  • What turnaround time can you supply (typically) for different types of measurement instruments?
  • Can you customize a program to fit my needs?
  • How will the certificate be delivered and accessed later?

4. Understand what you should include in a request for calibration.
Knowing what to include in your request for service, or knowing how to evaluate a service provider’s proposal, is crucial to ensuring a quality calibration. First, select the right level of calibration based on your unique requirements. Do you need standard (Z540.1) or accredited calibration (17025, Z540.3)? Does data need to be included? How will any adjustments be performed? Your quality policy should drive these requirements.

Make sure to request the company’s scope of accreditation to ensure that the provider offers a successful track record of delivering the requested calibration level for your specific type of instrument.

5. Understand the importance of accreditation.

It is possible to receive a valid calibration from a laboratory that's not accredited. The difference is that labs that have not been accredited by an independent accrediting body like A2LA or ANAB cannot prove that they are in fact compliant with all parts of your selected calibration standard.

They may follow the proper processes but partnering with an accredited quality calibration service is the only way to ensure your calibration provider is compliant with your required industry standards.

Any calibration company can claim that they comply with international standards, but only an accredited company can prove it.

Calibration is a crucial part of your engineering process. It validates your results from your test and measurement equipment. It reduces the need to recall or rework product because of poor measurements. These five points will help you to ask the necessary questions to ensure you receive the best quality calibration and will ensure that you get what you pay for.

UKAS Accredited, Test Equipment Calibration Services by MCS Smartcal

MCS Smart Calibration is a division of MCS Test Equipment specifically for calibration. We have the ability to calibrate a wide variety of instruments ranging from frequency counters and amplifiers to signal generators and network analysers.

We pride ourselves on our excellent customer service and a typical standard 2 – 5 working day turnaround with highly competitive prices.

When you calibrate your equipment with us, you get access to a free online calibration management tool. This inventories and catalogues your calibration records and cycles with automated due date recall. Your calibration history is maintained in an easy-to-read format and calibration reports can be printed in PDF format.

MCS Test are the approved UK partner for Tektronix
Content Source: 5 Ways to Ensure You Are Getting Quality Calibration | Tektronix

You Might also like

MSO54 BMSO56 BMSO58 B Comp

Introducing the NEW 5 Series B MSO

Get a complete view of your design with high-fidelity waveforms, insightful measurements, unique spectrum analysis, and flexible probing. Experience the intuitive user interface appreciated by engineers everywhere.

Read more
Tektronix MSO58 B 8 channel mixed signal oscilloscope

Customer-Driven Improvements to the 5 Series MSO

Customer-Driven Improvements to the 5 Series MSO Delivers an Even Better User Experience and More Capabilities

Read more
Abstract Technology Background

Best Practices When Handling Tektronix IsoVu Isolated Differential Probes

In this article, we will explore in detail some best practices to follow when handling Tektronix's isolated differential probe, also known as IsoVu™ probes.

Read more

Sign up for the MCS Newsletter

You will receive all the latest test & measurement news and rental offers.