#prototype stamping

[jewelsjenny]

Prototype Stamping for Metal Production Parts

From simple prototype stamping of base plates, clips, covers and other formed metal parts, to production runs of complex, multi-part electro-mechanical assemblies, the project can be supported. Our hi-technology sheet metal fabrication facility includes vertically integrated metal forming, laser cutting/punching, CNC machining, welding and finishing cells to support prototype stamping and production runs of high-quality sheet metal enclosures and housings for a plenty of applications such as dental, medical, electronics, lighting, consumer products.

Our sheet metal capabilities include a large range of material options, including carbon steel, spring steel, stainless steel, copper, aluminum and brass. We offer a variety of plating, powder coating, painting and screen printing options to provide the finishing touch.

[jewelsjenny]

Precision Metal Stamping and Its Applications

Metal stamping is an outstanding way to cut down your sheet metal parts’ piece price and has the ability to produce the same end products to meet coherent requirements for every plant or company. Ming Chiang manufactures every product within our own factories, located in Taiwan and China. The raw materials and anodizing treatments of precision metal stamping conform to RoHS compliant with import countries environmental regulation.

 Our durable precision metal stamping is able to be applied to electronics, semiconductor, and telecommunication industries for digital cameras, cell phone, and PC/Notebook items. We have been exporting our products worldwide, and trading with famous brands such as IBM, Canon, Nikon, LG, HTC, Samsung and Motorola.

[jewelsjenny]

Metal Stamping Manufacturer

With one of the most advanced metal fabrication shops in the industry, Ming Jiang Precision has the manufacturing capabilities to produce nearly any metal stamping parts you may need. We have presses running up to 1,700 tons, multiple flat-laser and 5-axis laser systems, and an in-house tool room staffed with dedicated toolmakers to build and maintain all required tooling.

In order to best serve our custom needs, we have become the metal stamping parts manufacturer that companies turn to for precision metal parts as well as secondary forming and finishing services. Stamping, deep drawing, comprehensive fabrication services, and more are available to meet the unique needs of our customers. We also offer design assistance from our skilled engineering staff, who will work with you as needed to maximize your products performance, integrity, and manufacturability.

[jewelsjenny]

Metal Stamping Parts for Mobiles

The metal stamping parts are cost effective and easy installation that can be applied in different kinds of fields such as electronics, semiconductor, telecommunication industries, digital cameras, cell phone, and PC/Notebook items, and so on. Due to the great configuration of metal stamping parts; there are various applications in cell phone: EMI shielding cases, auto stamping battery connectors, cell phone slides, cell phone keypads, etc.

 Among of the applications the most common usage is in the mobile phone antenna. What the advantage of metal stamping parts can improve the low network signal location. The stamping antenna can be divided in two types, one is external antenna, and another is internal antenna. Both of them can increase the coverage, speed and signal strength of cell phone.

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A Cold-form Process for Stamping Precision Metal Parts

Precision metal stamping is an alternative process for stamping precision metal parts. Metal is progressively stamped and formed to close tolerances, allowing 3-D net shaped parts to be produced. Products that require miniaturised components and which retains their rigidity and stability would benefit from this technology. The specific component parts have capabilities for the following metals: Aluminum, Brass, Stainless Steel, Beryllium Copper, Inconel, etc.

 The precision metal stamping is a cold-form process designed to meet quality, cost and lead time as it eliminates or reduces the need for secondary processes like machining, sintering, die-casting, MIM and assembly processes. Manufacturing lead-time is significantly reduced which in turn results in significant cost savings.