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3D printing, which is a kind of rapid prototyping technology, is a technology that uses powdered metal or plastic and other bondable materials to construct objects by printing layer by layer based on digital model files. It is also called augmentation Manufacturing.…
As a rapid prototyping technology, 3D printing technology has received widespread attention from society once it came out, and now it has become the object of competition in various countries. With the popularization of 3D printing technology in various fields, people are increasingly discovering that this advanced technology has high potential and application space.…
In modern society, manufacturing and molds are highly dependent, and the components of countless products have to be manufactured by molding (injection, blow molding, and silicone) or casting (investment, sand casting, and spinning). Regardless of the application, manufacturing molds can ensure quality while improving efficiency and profit.…
A vacuum furnace is a complex design machine where technical specs may vary according to the applications and heating processes. This article covers the general overview of a vacuum furnace in short.…
What is vacuum heat treatment?It is the heat treating process carried out in a vacuum or protective gas environment of a vacuum furnace where most of the air or reactive particles are evacuated from the heating chamber using a pumping system. The workpiece is heated to the required temperature by re…
TCT Asia is famous for its world-class exhibition for 3D Printing and additive manufacturing (AM), and metal heat treatment technology. Suzhou Normanbell is proud to an exhibitor of TCT Asia. We have been participating at TCT Asia regularly for several years.…
Abtin Eshraghi is the head of Stryker ElStree's custom design department. During his tenure at Stanmore, he worked as an implant design engineer for seven years, designing more than 750 personalized implants for patients, including in 2011, the first personalized 3D printed pelvic bone replacement in the UK. Abtin is good at implant design for bone tumors and other joint replacements. He has continuously improved the control process of implant design and has become an expert in the field of supervision and risk assessment, helping products meet international regulations such as FDA CFR 820.30 and ISO13485 as much as possible.…
