encompasses the practices, techniques, and principles of measurement.

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10. Documentation and finalization of the mold lifter design
Complete documentation and a thorough final review are important to provide additional information for manufacturing and assembly. This involves creating detailed drawings such as assembly drawings (orthographic projections), material specifications, assembly instructions, or dimensional tolerances and fits. The final review verifies the accuracy and consistency of the documents. It ensures that they comply with customer requirements and industry standards.

11. Manufacture and implementation of mold lifters
This is the final stage of the design process. This phase begins when each part is meticulously manufactured according to the design specifications. The manufacturing process begins with the acquisition of the right materials and precision machining using techniques such as CNC until all components are complete. Quality control and careful inspection are paramount throughout this process. After successful production, installation and testing are carried out with great attention to detail. All components are installed correctly and securely fastened. If any problems arise, adjustments are made. This phase ensures that first datasetthe mold lifter is not only produced but also fully tested and operational.

Conclusion
In conclusion, designing an injection mold lifter requires meticulous attention to detail and careful consideration of every step of the process. By following these guidelines, a designer or engineer is assured of producing a high-quality lifter. Ultimately, it will provide the necessary support for the production of various products through injection molding.
Measurement and Metrology
Metrology is a branch of science and technology concerned with the principles of measurement. Measurement refers to the process of determining the value, quantity, or size of a particular entity. Measurement evaluates and translates physical qualities using standard units, while metrology

In other words, metrology is the science of measurement that provides the concepts, principles, and practices necessary for the measurement process. It includes establishing measurement standards, calibration, and verification. Metrology helps prevent distortion or variation in results based on measurements and is essential for advancing research and practical work and applications.

Understanding Dimensional, Mass, and Time Measurements in Metrology
Metrology has different branches that specialize in different functions in different industries. The three main categories of measurement—dimensional metrology, mass metrology, and time measurement—each use specialized tools for different purposes.

Dimensional Metrology
Dimensional Metrology measures the length, width, depth, or diameter of objects. It is important in the practical context of ensuring that particular objects have specific size and shape characteristics. In fact, many familiar measuring tools, such as calipers and micrometers, are primarily used to measure small dimensions and thicknesses. In contrast, CMMs use a probe to automatically calculate the physical geometric dimensions of an object, while laser scanners capture many points to