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- On March 23, 2024
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Staying abreast of industry trends at all times and
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The achievement of the requisite quality in semiconductor fabrication heavily relies on the meticulous control of the processing as when parameters like TTV and roughness hold significant importance in the production of semiconductor wafers, which serve as critical components in the synthesis of integrated circuits and other microelectronic devices.
In response to the stringent dimension control and roughness standards imposed by the smartphone industry, we have formulated diverse solutions tailored for an array of components, including mobile phone screens, middle frames, back panels, SIM pins, SIM card slots, also proving effective in various other electronic products.
Precision abrasive techniques, including grinding and polishing, are utilized for the formation of critical automotive components such as engine parts, gears, and brake systems. These methodologies guarantee the fabrication of durable, high-precision components with stringent tolerances, thereby enhancing the overall performance, efficiency, and safety of vehicles.
The effectiveness of seals in engineered components is intricately determined by the geometric characteristics of flatness. Geometric flatness assumes a crucial role in facilitating consistent contact between mating surfaces, thereby exerting a direct influence on the distribution of contact forces.
Grinding technology exerts a notable influence in clean energy sectors, including solar energy, nuclear energy, and electric vehicle industries. It plays a pivotal role in manufacturing components that enhance efficiency, durability, and overall performance. Ultimately, it fosters the progress and acceptance of sustainable energy solutions.
In precision measurement, each micron matters. Thus achieving dimensional accuracy becomes a crucial factor, and eliminating irregularities ensures that measurement results are not affected by variations in the instrument surface, allowing the measurement tool to deliver reliable and repeatable results.
Polishing and grinding technologies are crucial for improving the surface quality and precision of optical components, ensuring the elimination of irregularities that might compromise light transmission and reflection in the manufacturing of lenses and other optical elements.
In addition to enhancing the mechanical properties and surface characteristics, our solutions contribute to the overall safety and effectiveness of medical device, ensuring that the devices possess smooth surfaces, thereby minimizing the likelihood of tissue irritation, inflammation, or infection upon contact with the human body.
Staying abreast of industry trends at all times and
discover what we have accomplished.