Modellerin tasarımı ve yapımısahandazarin2021-08-29T09:09:35+00:00
طراحی و ساخت مدل
برای تولید تمامی قطعاتی که با فرایند ریخته گری ساخته میشوند نیاز به قالب است و قالب طی دو مرحله ی طراحی و ساخت مدل تولید میشود.
Kalıp yapımı, farklı parçaların üretilmesinin ana süreçlerinden biridir.Günümüzde, yapım yöntemine göre farklı parçaların yapılması için kalıplar hazırlanmaktadır. Döküm kalıpları üç kategoriye ayrılır ve her birinin kendine özgü uygulaması vardır.
Steps of model design and construction
In designing a model, the designer designs according to his knowledge, equipment and experience. Meanwhile, in order to have the best design and gating system, the model is designed using softwares such as CATIA, MECHANICAL, SOLID WORK, in which case the model is the basis of machining by CNC machine.
Assembling the model After designing the various components of the mold, it is time to produce it. To do this, they need to operate the machining program on the 3D model with POWERMILL software, and the program results are given to the CNC machine to be automatically performed on wood. Finally, these components are sent to the foundry for the production of metal parts and as well as stress relieving. After machining on the metal components of the model, all the components are assembled and finally the casting model gets ready for a casting practice.
En iyi parçalara sahip olmak için, yalnızca akıllı ve verimli bir model tasarlayıp inşa ederek mümkün olan en doğru kalıba sahip olmanız gerekir. Sahand Azarin firması, bu alanda uzman mühendisleri ile birlikte dünyanın en güncel ekipman ve teknolojisine sahip olarak, modelleri en iyi şekilde tasarlayıp inşa etmenin ve en doğru kalıpları üretmenin Gurur duyuyor
To produce parts by casting method, a suitable pattern is manufatured. There are different manners for casting that use different methods for each unique piece. Here are three of the most common casting molds.
This method is used to make all kinds of parts made of aluminum that have homogenious thickness between one and a half to fifteen millimeters. In this case, molten aluminum is injected into the mold with high pressure. In this method, parts can be produced with higher quality and quantity. The mold is made of hot-rolled steel and is produced with high thickness. Diecast molds are more expensive than other types and have a larger size.
This method is used to make aluminum parts that do not have a uniform thickness but are important in terms of strength. In this method, the molten material is gently inserted into the mold. These molds are made of steel and are smaller in size than die-cast ones.
The most important method for the production of metal parts is casting in sand molds. This method requires the construction of a metal pattern. Sand molds are produced in different ways, some are produced automatically and some are produced in completely traditional and manual manner.