After the injection mold is processed, the mold trial is the last step to check. Whether the mold can produce qualified products, you will know all by trying it. It can be said that the mold trial is a comprehensive inspection of our mold development

Surface roughness is an important technical index, which reflects the microscopic geometric error of the surface of the part, is the primary basis for inspecting the surface quality of the part, and is directly related to the quality, service life an

Bending is a stamping process that uses pressure to force a material to plastically deform, forming an angled and curved shape. Commonly used bending includes V-bending, Z-bending, back pressure bending, etc. 1. The height of the bend The bending hei

In the current market, the efficiency requirements and cost control of parts processing are becoming more and more strict, and high-speed cutting technology can well meet this requirement. At present, the high-speed cutting method of CNC machine tool

The spark machine is a kind of mechanical processing equipment, mainly used for electric discharge machining. It removes conductive materials through the electro-erosion effect generated by the pulse discharge between the two poles immersed in the working fluid. Therefore, it is mostly used in the manufacture of various metal molds and mechanical equipment. middle. At present, CNC spark machines and ZNC spark machines are more commonly used in the market. What is the difference between the two?

From the point of view of technological evolution, the efficiency of CNC machining and manufacturing needs to be further improved, and the comprehensive use of digital technology is the only direction at present. The development of digital technology focuses on in-depth virtual and simulation.

To machine brass, honing is a method of finishing the hole using a honing head with an abrasive stick (whitstone). During honing, the workpiece is fixed, and the honing head is driven by the spindle of the machine to rotate and make a reciprocating l

Humans have envied the flight of birds for thousands of years and we’ve been trying to replicate it for just as long. But it turns out that making a personal flying machine is a very difficult engineering challenge, which has kept this dream frustratingly out of reach for all but a few daredevils.

The advantage of additive manufacturing comes from creating complex structures that vary in complexity, customization, light weight, strength and speed. As additive manufacturing for medical devices continues to gain momentum, there are five main areas where we are seeing the most growth opportunity from this evolving technology. Let’s take a look at how the capabilities of additive manufacturing have become the de facto method of production in these industries.

Surface textures and patterns applied to plastic injection molded parts are becoming more sophisticated and complex. These advancements are exciting because they offer so many new design options for product developers and engineers. But before a finished part can be made, the injection molding tool must first be carefully manufactured. So how do manufacturers apply textured surfaces in a controlled and repeatable fashion to get the results that designers expect?

Modern CNC milling machines are amazing tools, capable of making prototypes and production parts quickly and reliably. To do this they must be able to move along several axes of travel while maintaining dimensional accuracy.

Machine screw threads, along with many other kinds of threaded fittings, are used around us every day in millions of applications. In fact, they’re so ubiquitous that they largely go unnoticed by most of us, and to the inexperienced eye they all look and perform pretty much the same.