How is the high-precision processing capability of high precision pcb equipment achieved

The ability of high precision pcb equipment to achieve high-precision processing mainly depends on the synergy of five core links: material selection and pretreatment, high-precision equipment and processes, advanced etching technology, full-process quality control, R&D innovation an

 

The ability of high precision pcb equipment to achieve high-precision processing mainly depends on the synergy of five core links: material selection and pretreatment, high-precision equipment and processes, advanced etching technology, full-process quality control, R&D innovation and customized services, as follows:

I. Material Selection and Pretreatment

Material selection: high precision pcb equipment will choose metal materials suitable for etching processing, especially for etched parts with high precision requirements, and will use etching-specific materials. At the same time, the thickness of the material also affects the etching accuracy. Generally speaking, the etching accuracy error of thicker materials is greater than that of thinner materials. Therefore, materials with uniform thickness and stable quality need to be selected.

Pre-treatment: Before etching, the material should undergo appropriate pre-treatment, such as cleaning, degreasing, and removing the oxide layer, to ensure that the material surface is clean and smooth, which is conducive to the uniform action of the etching solution and thereby improves the etching accuracy.

Ii. High-precision Equipment and Processes

High-precision equipment: high precision pcb equipment will adopt advanced etching equipment, such as jet devices with constant pressure. The jet force of its etching can ensure that the material exposed to it dissolves rapidly, thereby improving the etching accuracy.

Process optimization: By optimizing the etching process parameters, such as the strength of the etchant, spray pressure and density, etching temperature, and the transmission speed of the equipment (or etching time), it is ensured that the central protruding part is cut off and becomes a straight edge within a shorter time, achieving higher etching accuracy.

Iii. Advanced Etching Technology

Photographic anti-corrosion technology: For the chemical etching processing of precision parts forming, the vast majority adopt photographic anti-corrosion technology, especially for parts that require simultaneous chemical etching processing on both sides. This technology uses laser light drawing as the photographic base plate, which can achieve very high precision, thus ensuring the accurate dimensions of the etched parts.

Continuous etching technology: Continuous etching is an efficient and controllable precision processing technique. It continuously and uniformly corrodes the surface of metal materials through chemical or electrochemical methods, achieving pattern transfer or functionalization processing with micron-level precision. This technology achieves continuous feeding of materials through an automated conveying system, combined with an accurate etching solution control and real-time monitoring system, which can significantly enhance production efficiency and consistency.

Iv. Full-process quality control

Incoming material inspection: Conduct strict inspections on incoming materials, eliminate defective products, and ensure that the products put into use are of good quality.

Process monitoring: Real-time monitoring is implemented during the etching process. For instance, data is fed back to the central control system in real time through CCD online detection equipment to achieve automatic correction of process parameters.

Finished product inspection: After the etching and cleaning process is completed, the products undergo final inspection. Only after the defective products during the production process are removed can they be handed over to the finished product warehouse for shipment arrangement.

V. Research and Development Innovation and Customized Services

Research and Development Innovation: High-quality high precision pcb equipment focuses on technological research and development and innovation, forms a professional R&D team, and promotes the development of the industry with innovative technologies. For instance, by developing new etching solution formulas or optimizing etching process parameters, the etching accuracy and efficiency can be enhanced.

Customized services: We provide customized services based on the specific needs of customers, such as selecting appropriate stainless steel materials for processing and adjusting etching process parameters to meet the precision requirements of customers, etc.

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