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ASME Y14.41: Pioneering Model-Based Definition in Modern Metrology
In the evolving landscape of manufacturing and engineering, the shift from traditional 2D drawings to fully digital, model-centric approaches has revolutionized how products are designed, produced, and inspected.
Understanding ASME Y14.5.1: Mathematical Definitions of Geometric Dimensioning and Tolerancing
In the precision-driven world of metrology, where Coordinate Measuring Machines (CMMs) and advanced inspection technologies ensure parts meet exacting standards, Geometric Dimensioning and Tolerancing (GD&T) serves as the universal language for defining and communicating engineering tolerances.
How IA9101 and IA9104/1 Are Reshaping AS9100 Aerospace Quality Management
The introduction of IA9101 and IA9104/1 represents the largest adjustment to aerospace quality management certification in recent years.
Saab and Divergent 3D print large fuselage
Saab and 3D printing company Divergent have used additive manufacturing to produce one of the largest fuselages ever for powered flight.
Degrees of Freedom Checklist
In the world of Coordinate Measuring Machine (CMM) programming, accuracy begins long before a probe touches a part. The foundation of every precise measurement is fixturing. To measure a part accurately and repeatably, a programmer must first understand how to physically and mathematically "lock" that part in space. This process is known as constraining its Degrees of Freedom (DOF).
Metrology: Precision under pressure
In the summer of 2002 a China Airlines 747 en route from Taipei to Hong Kong disintegrated midair and crashed into the Taiwan Strait killing all 225 people on board. The deadliest crash in Taiwan’s history, the accident was later attributed to metal fatigue stress, cracking in the fuselage.
Supporting the development of precision mechanics, the foundation for high-tech industries.
The Ministry of Science and Technology in Vietnam is implementing various solutions to support mechanical engineering businesses in technological innovation, improving precision machining capabilities, and localizing equipment. This is considered an important foundation for developing high-tech industries such as semiconductors, renewable energy, and smart device manufacturing.
Innovative Products in Metrology for 2026: Trends and OEM Advancements
As we approach 2026, the field of metrology—the science of precision measurement—continues to evolve rapidly, driven by the demands of modern manufacturing, aerospace, automotive, and emerging industries like electric vehicles and additive manufacturing.
New release of point cloud inspection software
An intuitive point cloud inspection package, FOCUS 2025 R1, has been integrated into the software suite offered by LK Metrology. Branded to align with other products in the company’s range, the easy-to-use, 3D digital inspection software provides users with part-to-CAD comparisons and advanced feature inspection. It includes the latest laser scanner driver NM API 5.0 R1 installer, ensuring optimal compatibility between the software and laser scanning hardware. New also is modernisation of the file menu to a backstage interface, which provides clear visibility of a large set of recent files and their locations.
Multisensor Metrology Systems: The Latest Advancements
The technology available to today’s modern manufacturers – allowing them to create complex parts quickly – is better than ever. Advancements in core production and fabrication equipment are seemingly endless.
The Engine of Operational Excellence: Mastering Continual Improvement in Manufacturing
In the modern industrial landscape, stagnation is a precursor to obsolescence. The manufacturing sector does not reward the companies that reach a peak and rest; it rewards those that view the peak as a mere waypoint to higher ground. This philosophy is the essence of Continual Improvement (CI).
The Quality Information Framework (QIF): Revolutionizing Data Exchange in Metrology
The Quality Information Framework (QIF) is an open, XML-based standard developed by the Dimensional Metrology Standards Consortium (DMSC) and recognized as an ANSI standard, with ongoing efforts toward ISO certification.
Mitutoyo underscores strategic metrology partnership with Sariki
Metrology company Mitutoyo Japan has reaffirmed its commitment to the European market by selecting Sariki as one of its key strategic partners and sending a high-level delegation to Spain.
ISO 14405 Series: Advancing Size Tolerancing in Geometrical Product Specifications
The ISO 14405 series forms a critical component of the Geometrical Product Specifications (GPS) framework, which standardizes the way dimensions and tolerances are specified and verified in engineering drawings and manufacturing processes.
DMIS vs QIF: A Comprehensive Comparison in Metrology
In the field of dimensional metrology, standards like the Dimensional Measuring Interface Standard (DMIS) and the Quality Information Framework (QIF) play crucial roles in ensuring interoperability, data integrity, and efficiency in manufacturing processes.
Why Invest in User-Friendly 3D Metrology Software
In the fast-paced world of modern manufacturing, the metrology industry faces unprecedented pressures. With global demands for higher production volumes, stricter quality standards, and shorter lead times, metrologists must navigate complex challenges while ensuring precision and efficiency.
How to share software between 3D measuring devices
In the world of manufacturing, large companies have different plants, partnerships, subcontractors and facilities through which the relevant and necessary metrological data is shared between them. The main aim is to avoid repetitive measurements and redundant efforts that could lead to potential conflicts between measurement data, which can be time-consuming and counter-productive.
Mastering CMM Correlation: A Guide to Validating Upgrades and Avoiding Costly Mistakes
In the ever-evolving field of dimensional metrology, integrating cutting-edge measurement technologies into established quality assurance workflows presents a formidable challenge.
How Universal Shaft Machines are Redefining Shop Floor Measurement
Although shafts are a foundational component in numerous mechanical systems, including power transmission in automotive and aerospace drivetrains, actuation in hydraulics, micro-rotors in medical devices, and many other variations of turned components in industrial machinery, advances in design and manufacturing have made them increasingly difficult to measure.
Elevate Your CMM Expertise with CMM Quarterly
With over 45 years of real-world experience in aerospace, automotive, medical, and commercial metrology, CMM Quarterly delivers practical, proven training resources trusted by professionals worldwide. Authored by industry expert Mark Boucher, our digital handbooks, manuals, and video courses help you master Coordinate Measuring Machine programming—faster, smarter, and with ongoing support.