The growing use of AI in manufacturing has revolutionized quality control. Traditional inspection methods struggle to keep pace with complex production processes, but AI augments accuracy and efficiency, upholding high-quality standards.
In real-world use, a material only needs to be as strong as necessary, with other properties such as lightness, manufacturability and sustainability influencing its selection.
When discussing material strength, a material only needs to be as strong as necessary. Other properties like lightness, manufacturability, and sustainability also matter. Paper can be the ideal choice with resourceful processing and innovative design, despite being seemingly weaker as a raw material.
Manufacturing compliance goes beyond ticking boxes; it's about trust and excellence. Small manufacturers can navigate complex regulations by understanding compliance history, using technology, and implementing effective strategies for success.
Automation requires precise data and careful attention to uncertainty, especially in longer processes with less human involvement, according to Chris Gordon from Optronic Laboratories.
Making high-precision surface roughness, waviness, and profile measurements doesn’t always require that large system in the back corner of the manufacturing area.
To simplify the interface, touchscreen monitors were integrated with metrology software. This eliminated dedicated controllers and made the system much easier to use, leading to the revolution of touch metrology. Today, touch technology and controllers are widespread on the manufacturing floor.
And how existing continuous improvement techniques can be applied to how goods and services are designed, produced, and delivered to meet unique customer requirements.
Mass customization (MC) aims to meet individual customer needs while controlling costs and maintaining quality. The paper explores the connection between kaizen, a continuous improvement tool, and mass customization practices.
Chris Cantrell, senior managing director of standards and engineering services at ASME, explains how standards can help companies advance, innovate, and access a broader market base.
Our intent is to bring awareness to the importance of close out calibrations and where not possible as in the case of catastrophic failure, having a system in place that provides confidence that non-conforming parts have not been released.
Equipment failure disrupts routine calibrations, making it hard to verify specifications. Consider the impact on products since the last calibration and document assumptions about equipment tolerance.
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