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Fabrication de boîtiers de calculateurs par moulage par injection

Processus de fabrication Service de fabrication de moules et service de moulage par injection
Pièces Matériau ABS
Type de moule Outil de production
Industrie d'application Électronique grand public
Traitement de surface Impression sur soie
Tolérance (précision) 0.06mm

Notes :

Nous avons conclu des accords de confidentialité préalables à la mise sur le marché avec tous nos clients. Tous les cas que vous voyez ont été communiqués à nos clients. Nous avons mosaïqué certaines informations sensibles. Toutes les photos sont tirées des prises de vue internes de FirstMold. Merci pour votre soutien et votre coopération.

What materials are typically used for injection molding calculator housings?

Common materials include ABS (Acrylonitrile Butadiene Styrene) for its strength and durability, and Polycarbonate (PC) for its clarity and impact resistance. Material selection depends on the specific requirements for the calculator’s design and functionality.

How can clients communicate their specific material requirements for calculator housings?

Clients can specify their material requirements during the initial consultation phase. Our team is available to provide guidance on material selection based on the calculator housing’s performance, durability, and cost considerations.

What surface finishes are available for injection-molded calculator housings?

A: We offer various surface finishes, including matte, glossy, textured, and custom finishes, to enhance the calculator housing’s appearance and feel.

Can FirstMold handle high-volume mass production for calculator housings?

Yes, our facilities are equipped for high-volume mass production, ensuring we can meet large order quantities without compromising on quality or precision in the final product.

What technologies are used in mold-making for calculator housings?

A: We utilize advanced Service d'usinage CNC, EDM (Electrical Discharge Machining), and CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) technologies to create precise and durable molds for calculator housings.

Are there design restrictions for calculator housings made via injection molding?

A: While injection molding offers significant design flexibility, considerations such as wall thickness uniformity, draft angles for easy part ejection, and the inclusion of ribs for structural support should be factored into the design to optimize manufacturability.

What file formats are accepted for calculator housing designs?

A: We accept a variety of file formats for design submissions, including but not limited to STEP, IGES, SolidWorks, and AutoCAD files. Our team can work with you to determine the most appropriate format for your project.

This product has been launched in the market for 2 years, but images of the mold and injection molding process for this product will be kept confidential.

Aesthetic Requirements:

1. The surface of the part needs to be without any areas of défauts de moulage par injection such as whitening, cracks, deformation, burrs, welding lines, bubbles, and residual parts.
2. Silk-screen printing must be free of flaws such as gaps, unevenness, etc., and the color should be well-balanced without peers.

Performance Requirements:

1. The shell shall never emit sounds that are different or strange to the ear when tapped or pressed.
2. Per original prints, drawings, and BOM, all dimensional and material data shall have to comply.

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