Why vacuum casting In our daily life, we often apply to plastic products, in general products, the use of more thermoplastics, this plastic in industrial production, generally with thermoforming, can be shaped. However, in our product design, the appearance of some products need to be heat and corrosion resistant, these products need to use plastic, should have a good thermosetting, the designer in the selection of materials, to take into account the way the product is formed will be used in the vacuum casting process.

First, precision CNC machining process is concentrated CNC machine tools generally with automatic tool changer, tool magazine, tool change process automatically controlled by the program, therefore, the process is more concentrated. Process concentration brings great economic benefits, including reducing the machine tool footprint, saving plant and reduce or no intermediate links (such as intermediate testing of semi-finished products, temporary storage and handling, etc.), saving time and manpower.

Introduction to Pressure Casting Pressure casting is a casting method in which molten or semi-molten metal is pressed into the metal casting mold at high speed and crystallized under pressure, referred to as die casting.

Medical Device Injection Molding is an injection molding process that may be used to make medical devices such as syringes, catheters, and surgical instruments. The process involves injecting a fluid (most of the time, the polymer) into a part of the

Manufacturing tolerances are important because they are used to indicate the allowable deviation in manufactured parts. Manufacturing tolerances will be different for each type of part, because every part is built with a different method and set of s

Custom injection molding solutions for highly efficient production processes Are you disrupting your manufacturing processes to expedite assemblies and bring new products to market? If youre operating in the automotive, medical, or electronics indust

Table of Content Introduction Types of Titanium Anodizing Type 1 Titanium Anodizing Type 2 Titanium Anodizing Type 3 Titanium Anodizing Type 4 Titanium Anodizing Titanium Anodizing Materials and Equipment Durability and Maintenance Best Practices Con

CNC is a machining process in which a pre-programmed software feeds directions to tools and machinery to create products. Because CNC machining is so effective, it’s used in a range of industries and processes. CNC can control grinders, lathes, mills, and more. CNC plastic machining allows three dimensional cutting tasks to be done in a single set of prompts. For that reason, it’s preferred for more complex parts. Manual machining requires that an operator be there to guide the machine. With CNC plastic machining, there is no longer the need for the extra labor; it can complete tasks automatically.

Are you building a prototype plastic part? It’s crucial to pick a suitable material, but that process can become intimidating as different plastics vary in durability, aesthetics, and strength. Even when prototyping, you’ll want to produce a production-grade prototype that lets you evaluate your product’s performance in the real world. Here are some tips to reduce your guesswork in choosing plastics for your prototype.

Finishing Service Anodizing There are many reasons to choose anodizing on aluminum, magnesium or titanium. Anodizing helps to resist corrosion, increase surface hardness, improve resistance to wear and dissipate heat. Anodizing is an ideal surface tr

With the development of the new-energized automotive industry, RJC Mold is struggling to strengthen the machinery and engineering team capability and sales division to be one of the most reputable providers and participate in the new-energized revolution, an important trend in the automotive industry worldwide.

Leading manufacturers of aerospace components trust us to preserve the integrity of their designs and quite literally get their projects off of the ground on a schedule they can count on. We understand that the components we produce are on the critical path for prototype evaluation and pre-production testing for various applications in the aerospace industry, including interior aircraft components, drone components, wiring organization components, and many others.