Precision Gear PCD Runout Inspection: and Measurements In industry, demands are increasing for quality standards, the need for advanced gear inspection methodologies has never been more paramount. PCD (Pitch Circle Diameter) runout inspection is a groundbreaking approach that promises to redefine the way we evaluate and validate gear quality especially with respect to the datum … Read more
The traditional methods of Gear DoB (Diameter over Balls) or DUB (Diameter Under Ball) inspection are prone to errors. This results in rejection of gears, even after inspection. The root cause of the problem is high dependency on the Operator skill set and attention to detail. Gear Diameter Over Ball (DoB) Inspection – Precision Gear … Read more
The final gear inspection process typically needs around 6 to 8 people. However, the need to reduce touch-points for safety at workplace means you must ensure gear quality inspection with less manpower while ensuring social distancing. Data is also central to gear inspection for ensuring traceability and statistical analysis. Often, errors in manual process lead … Read more
The ongoing shift in the industry towards greener and more mechanized production methods is leading to accuracy and reliability of inspection process becoming the key requirement. As a company driven by technology and innovation, CalibroMeasure is working to help gear manufacturers around India integrate the best mechanized gear inspection solutions into their process. As a … Read more
Gear Inspection method – How do you plan to beat the shortage of labour? A manual gear inspection process relies heavily on contract labour. However, finding reliable and trained contract labour is a challenge for many businesses. Issues such as attrition, migration and human errors affect the quality and reliability of inspection done by contract … Read more
Why should you read this guide? ‘Quality Inspection’ is the last but not the least important task for gear manufacturers and precision component exporters.
Gears are preferred mechanical devices in many applications to transmit motion. Gears can transmit motion without changing velocity. They are strong enough to bear a specified load, and they work silently with the least friction as opposed to other devices such as belts. Gears are used in diverse applications ranging from oil and gas to … Read more
Gears can be classified based on the way their axes are positioned. Though gears are broadly classified into types like spur gear, helical gear, bevel gear etc, there are many other types and sub-types of gears based on gear design patterns. For the purpose of this article, let us focus on six major gear types. … Read more
Gear standards that govern the design and size of gear have ensured a smooth functioning for machines today. However, these standards have evolved over the past 100 years. In the 20th century, gear manufacturers were experimenting with various materials to create automotive gears with less noise. However, the lack of proper standards, especially for non-metallic … Read more
To err is human. Not so in the high-precision, hi-tech gear industry. Here, a single error, gear-related, or otherwise escaping the PDI can set the unit back, way back in fact in many ways, including monetary, reputation, and time. Such a shock sets most units completely out of sync with their targets and objectives, with … Read more
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