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Design for Manufacturing and Design for Assembly is the integration of product design and process planning into one: Design for Manufacturability (DFM). Design for Assembly is concerned with reducing product assembly costs and minimizing the number of assembly operations, and individual parts tend to be more complex in design. Design for Manufacturing is concerned with reducing overall part production costs and minimizing the complexity of manufacturing operations.

The overall objective is to design a product that is efficiently and economically manufactured. DFM?s importance is emphasized by the fact that design decisions determine about 70% of the manufacturing costs of a product (cost of materials, processing, and assembly). Production decisions (such as process planning or machine tool selection) are responsible for only 20%, with the remaining 10% being other processes. In simple terms, integrating DFM should reduce the cost and difficulty of manufacturing.

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The reduction of the number of parts in a product is feasibly the best opportunity for reducing manufacturing costs. Fewer parts imply fewer purchases, handling, processing time, development time, engineering time, and so on. Some approaches to part-count reduction are based on the use of one-piece structures and selection of manufacturing processes that optimize the process.

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There are quite a few benefits to using standard components versus custom ones. For starters, they are highly available, which reduces product lead times. The manufacturer that needs a standard part has less worry. They will get it on time from the supplier because it is readily available and can choose which supplier offers the best deal for the quantity needed in the time frame necessary to remain on the production schedule. More importantly, they are less expensive than custom.

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Multi-functional parts reduce the total number of components in a design. Parts that can be classified as multi-use can be shared within multiple products that the manufacturer has. It allows one purchase order from the supplier to utilize in more than one product. All of which allows for versatility, less production time, and ultimately less cost. The goal is to minimize the number of categories, and the outcome is a set of standard part families in which multi-use parts are established. Once organized, the manufacturing process is standardized for each part family. Now allowing the ability to skip operations that are not required.

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Our mission is simple: to enable our customers to be their most successful. We do this by utilizing our U.S. and China manufacturing expertise and global resources to provide our customers with the highest quality, most cost-effective product, on-time, and on-budget.

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We offer cutting-edge product engineering services that include:

  • Product Engineering
  • Failure Mode & Effects Analysis (FMEA)
  • Design for Manufacturability & Assembly (DMA) (including 3D modeling)
  • Product Validation Testing

Eastek?s product engineering services can help you take your business to the next level. As your single-source partner, we can help you to get to market faster and reduce costs. We maintain a highly trained staff of manufacturing engineers, process engineers, and manufacturing professionals.

  • Lean, reliable manufacturing operation ensures products that consistently meet design and performance characteristics
  • Statistical process control minimizes variation and ensures part conformance
  • Examined components are marked to ensure full traceability so raw materials can be linked to products
  • We use state-of-the-art inspection and metrology equipment

We are a total solutions provider for product life cycle and cost reductions:

  • Re-engineer product design
    • Design for Cost
    • Design for Reliability
    • Design for Maintainability
    • Design for Manufacturability
  • Re-engineer the manufacturing process
  • Identify and qualify lower-cost supply opportunities based at our Dongguan, China facility

Our manufacturing engineering personnel work directly with our suppliers to engage in ?Continuous Improvement? to improve quality and reduce part cost by leveraging enhanced technologies and improved suppliers? processes.

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