隨著外部環境的不斷變化，生產管理的復雜性和規模也在不斷發生著巨大的變化。必須能夠快速響應市場多樣化、不確定性的需求，多品種小批量的快速成型才能提供滿足客戶需求的產品。準時、保質保量、以很低的成本制造出滿足客戶需求的個性化產品是制造企業的目標。那么機器人外殼模型制作還是有很多事要做什么？

With the constant change of the external environment, the complexity and scale of production management are also undergoing great changes. It must be able to quickly respond to the diversified and uncertain needs of the market, and multi variety and small batch rapid prototyping can provide products that meet the needs of customers. The goal of manufacturing enterprises is to produce personalized products that meet the needs of customers on time, with quality and quantity guaranteed, at a very low cost. So there are still a lot of things to do for robot shell modeling?

如今機器人產業發展迅速，已廣泛應用于多個領域。由于產品結構復雜，傳統的生產成本高，周期長，無法及時應對瞬息萬變的市場節奏。傳統模式已不能滿足當今高速發展的需要。

Nowadays, the robot industry is developing rapidly and has been widely used in many fields. Due to the complex product structure, the traditional production cost is high and the cycle is long, so it is unable to respond to the rapidly changing market rhythm in time. The traditional model can no longer meet the needs of today's rapid development.

在機器人外殼模型和中小批量定制中，用戶也更傾向于使用具有實時操作系統的嵌入式設備。機器人外殼模型可幫助制造工程師和系統集成商快速構建高速實時機器人，用于產品分揀、裝配驗證和包裝檢查等應用。

In the robot shell model and small and medium-sized mass customization, users also prefer to use embedded devices with real-time operating systems. The robot shell model can help manufacturing engineers and system integrators quickly build high-speed real-time robots for product sorting, assembly verification, packaging inspection and other applications.

完成機器人外殼模型后，大概有幾套，對產品的外觀和結構原型設計進行初步檢驗。如果能檢測出來，就會進一步投放市場。機器人外殼模型可以通過3D打印快速制作。3D打印使用的主要材料是感光樹脂和尼龍材料，對于制造機器人的塑料結構原型有很大的優勢。

After the completion of the robot shell model, there are about several sets to conduct preliminary inspection on the appearance and structural prototype design of the product. If it can be detected, it will be further put on the market. The robot shell model can be quickly made by 3D printing. The main materials used for 3D printing are photosensitive resin and nylon, which have great advantages for manufacturing plastic structure prototypes of robots.

目前，制作塑料外觀的小批量機器人采用硅膠復合成型工藝。復合模具可與ABS、PMMA等材料復合。然后打磨和噴涂。直到按照成品的要求發貨。如果是小批量的金屬基機器人。基本上以機加為主。

At present, small batch robots with plastic appearance are manufactured by silica gel composite molding process. The composite mould can be compounded with ABS, PMMA and other materials. Then grind and spray. Until the finished product is delivered according to the requirements. If it is a small batch of metal based robots. Basically, it is mainly machine processing.

大型機器人模型制作廠家認為不同類型、不同功能、不同材質的機器人。手工藝不一樣。如果是打樣，可以通過3D打印來完成。如果是小批量生產，可以通過復雜的成型工藝制造。目前，機器人小批量生產是一種趨勢。這樣機器人在小批量生產產品上就不會浪費鋼模，時間上也更有優勢。并且質量好，表面顏色和內部材質也符合客戶的要求，市場認可。

Large robot model manufacturers consider robots of different types, functions and materials. The craftsmanship is different. In case of proofing, it can be completed by 3D printing. In case of small batch production, it can be manufactured through complex forming process. At present, small batch production of robots is a trend. In this way, the robot will not waste the steel mold in the small batch production of products, and has more advantages in time. And the quality is good. The surface color and internal material also meet the requirements of customers and are recognized by the market.

總之，了解產品的相關問題或者有關內容，才能運用的越來越好，才能打下堅實的使用基礎，讓自己付出的時間精力得到回報，那么如果您想了解更多信息，就來關注我們網站snakedoctor.net吧，讓您滿載而歸！

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