How to Control the Dimensional Accuracy of Molybdenum Electrodes?

The dimensional accuracy of molybdenum electrodes is usually controlled through strict manufacturing and processing procedures. Here are some common methods and measures:

Material selection: Select high-quality and uniform molybdenum material as raw material to ensure the consistency and stability of the material to reduce the possibility of dimensional changes.

Cutting and processing: Use precise cutting tools and processing equipment to cut and process molybdenum electrodes to ensure the accuracy and consistency of dimensions. High-precision CNC processing equipment, grinding machines and other technological means are used to ensure that the size is controlled within the specified tolerance range.

Detection and measurement: Use precise measuring tools and equipment to detect and measure the size of molybdenum electrodes. Using tools such as microscopes, micrometers, and projectors, perform precise dimensional measurements and shape inspections to ensure required dimensional accuracy.

Process control: Establish a strict process control process, including temperature control, processing parameter control, etc., to ensure dimensional stability and consistency. Control variables in the machining process, such as cutting speed, tool wear, etc., to reduce dimensional errors.

Quality management system: Establish a sound quality management system, including quality control standards, inspection procedures and records, to ensure that the dimensional accuracy of molybdenum electrodes meets the specified requirements.

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