3D printing technology can be used to repair the automatic fiber cutting machine
Taiwan group automatic optical fiber cutting machine, which originated in laboratories, was originally active in the field of manufacturing, but suddenly entered the homes of ordinary people in the form of desktop models, and now it is mainly used in plastics, resins, metals, and ceramics. A variety of additive manufacturing methods have become popular in the manufacturing industry. The introduction of 3D printing technology in the product design and development process can greatly shorten the development time and reduce the development cost. In the development process of the Taiwan-group automatic fiber cutting machine, 3D printing technology can be used for the trial production of the Taiwan-group automatic fiber cutting machine, the processing of special accessories and the repair of the Taiwan-group automatic fiber cutting machine. Investment casting is a common high-precision product casting technology. Its production process can be roughly divided into six parts: wax injection station group automatic fiber cutting machine design and production, wax sample production, sand shell production, pouring, post-processing and inspection step. We will introduce 3D printing technology in the design and production of the wax injection station group automatic fiber cutting machine and the production of wax parts. In the development of stainless steel precision casting products, we often encounter small batch customization or trial-making of tableware and faucets. For example, some foreign restaurants or chefs use a CI-5050 mold base and a 40-piece disposable fork plastic mold as an example to analyze the flexible processing of the mold cavity and parting surface. The processing of this group of automatic fiber cutting machines has two characteristics: one is the large-area non-planar CNC processing; the other is the processing of the deep and narrow grooves where the ribs are located. For the cavity of the plastic mold, the conventional method is to use ordinary hard-track CNC for processing, and the residual positions of the right angles or small fillets and the deep and narrow grooves that cannot be processed are processed by EDM. Hard-track CNC is suitable for processing large-sized plastic molds, especially for rough machining, with high efficiency, but the speed of finishing is relatively slow.
The advantages of Taiwan-group automatic fiber cutting electromechanical spark processing are high precision and the hardness of the cavity surface will increase, but it is obviously used in this group of automatic fiber cutting machines There is no advantage: ①This set of automatic fiber cutting machine has many cavities, and the reinforcing ribs are narrow and deep, so the loss of the electrode is very serious. It requires multiple rough and fine processing electrodes, and the same cavity requires multiple electrical Spark machining can offset the electrode wear. ②The 40 mold cavities are uniformly distributed in a ring shape. For an ordinary three-axis EDM machine, the electrode alignment and the number of touches are very complicated, and the mold cavity is prone to misalignment or even misprinting. ③The surface of the entire fork requires polishing, so the hardened electric fire pattern increases the difficulty of polishing. In view of the above situation, the combination of ordinary hard track CNC and linear track engraving and milling machine is used to process the automatic fiber cutting machine for the fork table group. First, use ordinary hard rail CNC for roughing and semi-finishing according to the conventional processing method, and then use the linear rail engraving and milling machine to sub-area finishing and finishing the parting surface and mold cavity, and engrave all the reinforcing ribs. The linear track engraving and milling machine has a high speed and a fast feed rate, which is suitable for processing soft metals and engraving. If it is used for rough processing, the efficiency will be much lower, and the machine tool and tool wear will be serious. Using a wire rail engraving and milling machine with a specially ground forming tool to engrave the reinforcing ribs of the fork is not only fast, but also saves a lot of electrode material and processing costs. The surface roughness of the processed mold cavity is of high quality, which is convenient for later polishing treatment, and is convenient for later debugging and processing to balance the strength and light weight of the fork. Fast, high-efficiency, and high-precision is the development trend of today's Taiwan-group automatic fiber cutting machine production. It is necessary to rationally use existing processing equipment, and constantly transform new technologies and new processes into Taiwan-group automatic fiber cutting machine productivity, and enhance the overall Automatic fiber cutting machine production level. When making pots and pans, their trademarks are often added to the handles or lids. During the development process, there are many options such as handwritten signatures and registered trademarks.
This article is published by the original