An important part of industrial equipment-embedded handle
With the development and progress of science and technology, the field of industrial design has also made rapid progress. Among many industrial equipment, embedded handle, as an important part, has attracted more and more attention. This paper will introduce the characteristics, application scope and development prospect of this special handle from many aspects.
First, the design concept and characteristics of embedded handle
1. Design concept: to meet the needs of users as the core design concept, combined with ergonomics principles, scientific and reasonable modeling structure design. When in use, the pressure on the hands of users can be reduced, and the working efficiency can be improved.
2. Material selection: handle made of different materials, such as plastic and stainless steel, shall be selected according to actual working conditions. These materials have the characteristics of strong corrosion resistance and good impact resistance, and can adapt to the working requirements in various harsh environments.
3. Installation method: the handle is fixed on the machine shell by embedded installation method, which is not only beautiful and elegant, but also saves space.
Second, the application scenario of embedded handle
1. Industrial equipment: widely used in heavy machinery such as machine tools and welding machines, which is convenient for operators to carry or adjust their positions.
2. Medical instruments: Some medical instruments need to be moved frequently, and the use of embedded handles can make it easier for medical staff to complete tasks.
3. Logistics transportation: Shelves, pallets and other logistics facilities will also be equipped with such handles for quick loading and unloading of goods.
Third, the future development prospects
In the future, with the rise of intelligent manufacturing industry and the increasingly obvious trend of personalized customization, higher requirements are put forward for embedded handles:
1. Functional integration: more practical functions, such as sensor monitoring and indicator light prompting, are integrated into the handle.
2. Aesthetic improvement: pay attention to the aesthetic appearance while ensuring its basic performance unchanged, making the whole product more harmonious and unified.
3. Development of eco-friendly materials: popularize the concept of environmental protection, make use of renewable resources to make new materials to make handles, and reduce the consumption of natural resources.
In a word, under the current background of intelligent production, more high-efficiency and multifunctional embedded handles will be developed and applied to various industries to play a greater role.
Rec. Prods.
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