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Eight characteristics of lens hood

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2023-02-15 14:35

　　Introduction to the e‌ight characteristics of the lens <hood

　　1. The etching design and development of new products are φflexible, and the cost is low. It can ∏realize half-etching of the metal surface, increase the company&#≈39;s LOGO, product digital number and production batch number, and realiz÷e branding and precis×e production.

　　2. The etching process can ensure the extremely high preσcision of the lens shading ring, the highest accuracy can reach +/★-0.01mm, and the processiδng quality is stable,₽ the batch is clear, and the quality control system is strict. It can meet the precise assembly♣ requirements of different components♠ and improve the quality and accuracy of the overall produ£ct.

　　3. Low mold opening cost, etching film can b₩e drawn within two hours, any shape of mold can be changed, reducing desπign and development cost.

　　4. Any lens shading ring pr©oducts with complex shapes can also be masεs-produced with quality and quantity. The unit pri×ce of etching will not be affected, and miniaturization and diversification εcan also be dealt with. Provide opportunities for customized services for different customers at home and abro ad. Instead of just making large q≥uantities of products. We have a special sample production engineering group,‌ which can realize the fast deliveryσ of small batch produc↕ts, while the quality can be guaranteed.

　　5. Various precision products produced by the chemi₹cal etching process have no burrs, pressure points, no deformation of the pro₩ducts, and no change in material properties.

　　6. All thick and thin metal etching material's can be processed in the sa↑me way to meet the production requirements of different precisions.≈ Customers can choose the thickness of the etching material tha₩t suits them according to th∏eir actual needs.

　　Processing.

　　7. The chemical etching process can produce products wit₩h precision that traditional stamping or sheet metal processes cannot aαchieve. Stamping and laser can not complete the processing of fine and αultra-thin materials, and etching is easier to deal with, espe<cially for ultra-thin metals.

　　8. Almost all metals can be etched, and there are no∞ restrictions on various pattern designs. For particularly fine patte₽rns, the etching process can also provide a good solution. Different metal materials require™ different chemical formulas. For example: rare metals: molybdenum, beryllium coppe✘r, copper alloy, spring stee‍l, 65 manganese steel, etcλ., can also be etched

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