Check out the April 2024 edition of Quality! Read our cover story and meet the 2024 Quality Professional of the Year, read Dane Sanders' Exit Strategy Series, and much more!
If you're looking to learn more about management, auditing, engineering, Six Sigma, supply chains, or calibration, there's someone I'd like you to meet.
Dr. Milton Krivokuca, our 2024 Quality Professional of the Year, shifted from manufacturing to education, guiding students to faster degrees and career advancement. He actively promotes quality assurance programs and stays updated on industry trends like Quality 4.0, proving his dedication and expertise.
Plant engineers and quality departments often struggle with zero point drift during air leak testing, where the initial zero reading shifts over time, leading to frequent adjustments of the leak test instrument. This article addresses the causes of zero drift, commonly attributed to changes in shop floor temperature, and provides strategies to minimize or eliminate this issue for improved efficiency in quality control processes.
In many production settings, machine operators are tasked with monitoring processes by taking samples and making adjustments as needed to maintain productivity. However, there's a question worth exploring: What if ignoring these data-driven adjustments and allowing the process to continue unchanged is a better strategy?
Air gauges are non-contact devices that utilize air pressure for measurement. They play a crucial role in ensuring precision and quality control in the manufacturing industry, from automotive to aerospace industries. They are particularly valuable for measuring delicate or easily deformable materials.
From Theodolites to Laser Trackers: A 40-Year Metrology Revolution. Witness how a technical field has evolved, enabling single-micron accuracy at your fingertips and powering smart factories for unprecedented efficiency.
Blaming technology for lower customer satisfaction due to reduced personal interaction, while emphasizing the importance of face-to-face meetings for happiness and increased effectiveness, highlights the need for strategies like limiting electronics during meals and following established standards.
On March 9, NPR reported Boeing was unable to find any paperwork about the door plug and attributed a top Boeing official saying, “It was likely that such records never existed.” Roughly one day later, the Wall Street Journal reported the Justice Department had opened a criminal investigation.
"For years, I've been told, 'The safest part of your journey has come to an end.' Initially, I took this to mean just getting home from the airport, but now I question, 'Was I ever truly safe to begin with?'"
Where does the bulk of NDT training responsibility lie, in the classroom or in the field? Nondestructive testing (NDT) is crucial for ensuring safety and reliability. However, there is an ongoing debate about where the bulk of NDT training responsibility lies.
Manufacturing requires testing every product. Force measurement ensures reliability. AI helps analyze data for streamlined quality control to prevent future failures.
NDT personnel must be qualified and certified to perform their tasks safely and correctly. BINDT provides certification options for central certification under the PCN banner, complying with BS EN ISO 9712:2022. Other certification systems, such as employer-based schemes, also exist.
I was a whistleblower who exposed fraudulent activities at Ultrasonic Research and Testing Laboratory in Dallas, Texas, back in 1991. The reaction of some people in the nondestructive testing (NDT) community surprised me since the industry is a close-knit group with many connections between individuals.
Human error is inevitable, but nondestructive testing (NDT) helps prevent disasters by meticulously checking materials and components, ensuring their readiness and averting potential losses of lives and finances.
In the field of NDT, industrial ultrasonic testing (UT) is a long-established method. However, new materials and components are finding their way into the industry, requiring continuous technological advances. With stricter regulations, workforce shortages, and rising inspection needs worldwide, the urgency for smarter, more efficient inspection methods is critical.
Automating testing and inspection requires careful consideration of tools, including robot type, end-of-arm tooling, and ancillary systems. While cobots are popular for quality tasks, their full collaborative capabilities may not be utilized in some applications, leading to higher costs without maximizing benefits.
Automation systems encompass various technologies beyond just robots, such as machine vision. Integrating machine vision with robots enhances automation capabilities. Advancements like 3D imaging, AI software, and industrial computing are driving new applications and efficiencies across industries.
Quality organizations are at the forefront of adopting AI in electronics manufacturing, addressing well-defined challenges that impact business efficiency. While traditional quality control methods like functional tests and visual inspection are common, AI's integration is revolutionizing these processes with advancements in machine vision and enhanced analytical capabilities.
As automation simplifies and enhances manufacturing processes, quality control staff see significant career advantages, making a shift towards more efficient, consistent, and data-driven production environments.
Manufacturing automation is on the rise, offering quality control workers a career advantage. Stefan Friedrich of New Scale Robotics notes that as manufacturers embrace automation, it becomes more user-friendly, aiding new workers in using robots and software effectively.
Automate 2024 is seeing record registrations, indicating a surge in automation growth in North America. Anticipated sales recovery in the latter half of 2024 spans industries like healthcare, construction, agriculture, and pharmaceuticals, driven by the recognition of automation's benefits in handling challenging tasks.