在醫(yī)療產品的設計過程中，外觀設計和加工是非常關鍵的。醫(yī)療器械外殼不僅可以保護設備的內部部件，其美工設計和質感對醫(yī)療產品的外部形象有著關鍵作用。

In the design process of medical products, appearance design and processing are crucial. The outer shell of medical devices not only protects the internal components of the device, but its artistic design and texture play a crucial role in the external image of medical products.

然而，在醫(yī)療產品外殼的設計和加工過程中，也會遇到各種各樣的問題，一旦這些問題處理不好，就會對產品引發(fā)重大影響，輕則引起核心部件或人員的損傷，重則引起發(fā)法律法規(guī)上的糾紛。

However, in the design and processing of medical product shells, various problems can also be encountered. If these problems are not properly addressed, they can have a significant impact on the product, ranging from damage to core components or personnel to legal and regulatory disputes.

產品外形設計、連接方式、材料、制造加工工藝是外殼設計加工的關鍵因素。在確保醫(yī)療外殼功能的基礎上，實現新穎、簡單、美觀，達到理想的視覺效果。

Product appearance design, connection method, materials, and manufacturing process are key factors in shell design and processing. On the basis of ensuring the functionality of the medical shell, achieve novelty, simplicity, aesthetics, and achieve ideal visual effects.

此外，醫(yī)療產品外殼的造型設，應依據年用量確定外殼的成型工藝，并依據成型工藝特點對外殼的結構進行設計，不需太復雜，應盡量減少制造難度，易于生產，同時實現成本降低。

In addition, when designing the shape of medical product shells, the molding process of the shell should be determined based on the annual consumption, and the structure of the shell should be designed based on the characteristics of the molding process. It does not need to be too complex, and manufacturing difficulty should be minimized as much as possible, making it easy to produce, and achieving cost reduction.

現階段大型醫(yī)療器械外殼的主要有塑料外殼和玻璃鋼外殼兩種，按成型工藝分為吸塑、SMC、手糊等。

At present, there are mainly two types of large medical device casings: plastic casings and fiberglass casings, which are divided into blister, SMC, hand layup, etc. according to the molding process.

外殼設計的連接方式、結構直接影響了外殼裝配的縫隙、段差等要求，材料的剛性也會影響外殼連接，故在進行結構設應充分的進行考慮。還有什么事項就來我們網站http://www.n2yn5s.cn咨詢！

The connection method and structure of the shell design directly affect the requirements for gaps and segment differences in the shell assembly, and the rigidity of the material can also affect the shell connection. Therefore, full consideration should be given when designing the structure. If there are any other matters, please come to our website http://www.n2yn5s.cn consulting service