Real-world use cases showing how our solutions solve industry challenges.
Centering in CNC machining is the process of accurately locating the reference point of a workpiece. This is crucial for ensuring precise and error-free machining operations. If centering is not done correctly, it can lead to significant errors or even scrapped parts.
Customer is machining a cast housing component in a machining center by Qidu Metrology touch probe. Due to casting tolerances, the minimum Z-axis coordinate value of the housing's height needs to be determined after the raw casting is clamped.
In the competitive world of manufacturing, maintaining consistent precision and quality is paramount to success. Our customer, achieving this goal became particularly challenging when dealing with complex curved workpieces with digitizing touch probe.
In the field of precision machining, large workpieces pose unique challenges due to their susceptibility to deformation during the machining process. Factors such as cutting forces and heat generated during machining can lead to dimensional inaccuracies, affecting the overall quality of the workpiece.
This article explores the potential causes of tool length setter collisions in CNC machines and how to avoid them. By understanding the workings of the tool length setter and the potential causes of collisions, operators can play a vital role in ensuring the safe and efficient operation of CNC machines.
The customer is a large aluminum alloy wheel manufacturer in China, with nearly twenty years of production experience. The company focuses on wheels for passenger cars, commercial vehicles, and premium motorcycles.
Measurement probes are indispensable tools across multiple industries, providing the means to capture precise and reliable data essential for operational efficiency, safety, and quality control. These probes work alongside instruments like multimeters, oscilloscopes, and data acquisition systems to measure a…
Milling machine probes are integral to modern machining and metalworking. These devices enhance precision and efficiency by ensuring accurate measurement and guidance during cutting operations.
In the high-stakes realm of semiconductor manufacturing, maintaining precision and control is vital. Even the smallest imperfections or contaminants can derail the intricate processes involved in chip production. To safeguard performance and yield, manufacturers rely on a variety of probing tools.
Introduction of Digital Probe
Digital probe technology represents a significant leap in data acquisition and analysis. This technology’s ability to capture and interpret information from physical environments has profoundly impacted a range of fields, including scientific research, industrial processes, environmental monitoring, and healthcare.
When Microns Decide Market Competitiveness In today’s automotive supply chain, wheel hubs are no longer just structural components—they are safety-critical parts where microns matter. As OEM standards tighten and delivery pressure increases, manufacturers must answer a difficult question: How do you…