Metrology, Archeology and Architecture
This time we are considering two fields of science, having at the first look, no relation with metrology: Architecture-Archeology and Psychology.
Richconn Enhances Manufacturing Capabilities with Strategic Investment in High-Precision Metrology Solutions
Richconn, a leading China-based CNC machining manufacturer specializing in custom metal parts for global clients, has announced a significant upgrade to its quality assurance infrastructure. The company has acquired two state-of-the-art ZEISS Coordinate Measuring Machines (CMMs) for its Dongguan production facility,
An Introduction to Portable Metrology
Portable metrology tools can be used in a variety of environments, whether it’s a factory floor, construction site, dry dock, or large-scale assembly plant.
The Revolution of Automation and Metrology in Modern Manufacturing
Modern manufacturing demands the production of components with tolerances that push the boundaries of conventional measurement methods.
Metrology: The Science of Correct Decision Making
We need to have the ability to collect and analyze data in order to come to the correct conclusion.
Why Automation Misses Its Full Potential for Quality—and How to Fix It
Many manufacturers miss out on automation’s potential for improving quality. To achieve these gains, quality must be prioritized from the business case to sourcing and implementation.
The Rise of Industry 4.0 and its Impact on Metrology
As smart factories have grown to embrace more advanced technologies such as AI, machine learning, and smart sensors, they’ve also evolved to include more developed forms of metrology.
Ensuring Data Integrity
Greetings my fellow compatriots invested in quality assurance. This topic goes straight to the crux of any quality enriching process. No, we are not talking about Measurement Uncertainty Analysis (MU), Gage R&R, or Cpk. Before any of those methods come into play, the primary driver for any quality process is ensuring core data integrity. Without ensuring data integrity, everything else is an exercise in futility.
Flatness – Surface vs. Feature of Size
Surface flatness is the type of flatness that most people are familiar with. On a drawing, the flatness callout can point straight to the surface with a leader arrow or be extended out from the surface and away from the feature of size.
How AI is Addressing Vital Challenges Across the Metrology Value Chain
We’re just beginning to harness deep learning and AI to drive improvements in metrology and quality control, productivity, and competitiveness.
Mitutoyo America Corporation Releases New Metlogix M3 with the Mitutoyo Quick Image Vision System
Mitutoyo America Corporation, a leader in precision measuring instruments, is excited to announce the integration of the powerful Metlogix M3 software into the Mitutoyo Quick Image (QI) 2D Vision Measuring System. This latest enhancement promises to elevate the precision and efficiency of non-contact measurements, further solidifying Mitutoyo’s commitment to providing innovative technology solutions to meet modern quality control needs.
Fundamentals Matter: Why GD&T Remains Essential in Modern Manufacturing
In an era where emerging technologies like artificial intelligence, quantum computing, and humanoid robotics dominate the headlines, it’s easy to overlook the foundational principles that make these breakthroughs possible. Yet, behind every cutting-edge application is a bedrock of engineering fundamentals—principles that have guided innovation for decades.
How can GD&T be used to reduce risks in 3D measurement processes?
Geometric Dimensioning and Tolerancing (GD&T) is a system that is used to define and communicate engineering tolerances particularly in the automotive, aerospace, electronics and commercial design industries for the past few decades.
How to keep up with the pace of change in automotive quality control?
In today’s fast-paced automotive industry, flexibility is no longer optional, it’s essential. With rapid changes in market demands, evolving trade regulations, and technological advancements, manufacturers need to respond swiftly to remain competitive.
Statistical Process Control: From Reactive to Predictive
Statistical Process Control (SPC) in manufacturing is evolving. Once used mainly to detect defects, it now helps predict and prevent issues before they occur.
Norelem launches latest line of clamping systems for metrology
According to the company, its new line of clamping systems can offer significant benefits to engineers and technicians by providing a flexible, modular solution that adapts to the evolving needs of various industries.
Why do you Drill Holes in your Turbine Blades
It's just the way life goes: You have a super important task and nobody knows about it. The best example is cooling holes in turbine blades. Very few people even know that they exist. Let alone what they are used for. Yet it is precisely these cooling holes that not only increase efficiency but also save lives in the aviation industry.
Verisurf and Hexagon Sign Solutions Agreement
Verisurf Software, Inc., and Hexagon Manufacturing Intelligence (Nasdaq Stockholm: HEXA B) have entered a metrology solutions agreement. Under the agreement, Verisurf will offer complete metrology solutions that combine its popular model-based inspection and measurement software, training, and live technical support with proven Hexagon portable CMMs.
How robotic inspection can resolve 3D quality control challenges
When it comes to improving inspection processes in manufacturing, deploying robots to help is becoming more and more of a reality today.
In the manufacturing industry, typical applications of industrial robots include product assembly, welding, painting, product inspection, testing, packaging and labelling, etc. According to recent industrial reports, the global robotic inspection sector alone is predicted to grow by $4.68 billion during 2023-2029.
3D Design and Maintenance on Racing Vehicle with Scantech 3D Scanner
A France 3D Scanning company, BTRD3D, helped LR Motor Company in France to scan the tubular chassis of a race vehicle using the 3D scanner KSCAN 20. The CAD model generated from the scanned data served as a basis for the development of a new product, which means helping the company to conceive a new high-performance buggy for competition.