Fine handle of carbon fiber equipment: perfect integration of innovative materials and technology
Today, with the rapid development of science and technology and the continuous progress of industrial manufacturing, the application of new materials has become one of the key factors to promote the improvement of product performance. Among them, carbon fiber, as a new composite material with light weight and high strength, shows great potential in aerospace, automobile manufacturing and other fields. This paper will focus on introducing a product which combines the advantages of carbon fiber material and the characteristics of precision machining technology-"fine handle of carbon fiber equipment", and discuss its design principle, production technology and practical application value.
A brief introduction to carbon fiber
First, simply understand what carbon fiber is and its characteristics. The so-called Carbon Fiber is a fibrous substance with a carbon content of more than 90% made of organic polymers such as polyacrylonitrile through special treatment. It not only has extremely high strength and rigidity, but also has very light weight, good corrosion resistance and low thermal expansion coefficient, which makes this material an ideal choice to replace traditional metals.
Second, the design concept of fine handle of carbon fiber equipment
1. Optimize the grip experience: analyze the pressure distribution at the contact part of the hand through ergonomic principles, and adjust the shape and size of the handle accordingly, so that the operator can keep comfortable and natural even if it is used for a long time.
2. Enhance the durability: use the excellent mechanical properties of carbon fiber itself to improve the mechanical strength and impact resistance of the whole product; At the same time, the scratch-resistant and wear-resistant effects are further enhanced by means of surface coating.
3. Reduce the overall quality: Compared with similar metal products, carbon fiber material with the same volume can greatly reduce the self-weight burden, which is convenient to carry and move without increasing additional energy consumption.
III. Overview of Production Process
Raw material preparation: high-quality precursor is selected as raw material and pre-impregnated to ensure uniform penetration of resin in the subsequent molding process.
Mold manufacturing: Customize high-precision special molds according to specific requirements, so as to meet the design requirements of complex structures and ensure that the fit clearance between components is within the standard tolerance range.
Molding process: after the semi-finished parts are prepared by pressure curing method or vacuum-assisted glue pressing method, the burr defects are removed by multiple finishing processes such as grinding and polishing, and the final appearance texture is formed.
Fourth, examples of application scenarios
At present, this kind of fine handle made of carbon fiber is widely used in various high-end instruments and photographic equipment accessories, such as:
Focusing knob on the bracket of advanced microscope;
An adjusting lever used for fine-tuning zero point in a precision electronic scale;
Professional camera lens focusing ring and so on.
In these occasions, users often need to complete precise control actions by hand feeling, so there are extremely strict requirements for the smoothness and straightness of parts surfaces. Based on the above reasons, "fine handle of carbon fiber equipment" has undoubtedly become an ideal choice!
In short, with the deepening of more related research work and the promotion of large-scale production in the future, the market prospect of "fine handle of carbon fiber equipment" is very broad. We have reason to believe that in the near future, this excellent work, which integrates aesthetic enjoyment and practical functions, will surely lead a new round of industry reform trend!
Rec. Prods.
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