CNC prototype machining is a key method for producing high-precision prototypes during product development. By balancing dimensional accuracy and fast lead times, CNC machining serves aerospace, automotive, and medical sectors where prototyping speed and tolerances directly impact product success.
Across various industries, CNC prototype machining covers nearly all high-precision …
In modern manufacturing, ceramic materials have become widely adopted across various industries due to their high temperature resistance, corrosion resistance, and exceptional hardness. With the advancement of CNC machining in the 21st century, ceramics are now being precisely machined, opening new possibilities in electronics, medical, aerospace, and other sectors. However, the brittle nature and machining …
As product development cycles keep getting shorter, many engineers, including our team at Jeek, often turn to vacuum casting as a quick, cost-effective way to produce small batches of high-quality plastic components. This method is commonly used to create prototypes or conduct market testing before investing heavily in mass production tooling.
Unlike injection molding, vacuum …
Bead blasting is often used after CNC machining when a part needs a cleaner, more uniform surface. A freshly machined part may meet the drawing, but the surface can still show cutter marks, uneven reflection, light oxidation, handling stains, or small burrs around edges. Bead blasting uses compressed air to shoot fine glass, ceramic, or …
In the 21st century, low volume injection molding has become the preferred choice for many companies in the plastic products manufacturing industry. As a staff member at Jeek Rapid, a factory with 15 years of injection molding experience, I’d like to share the advantages of low volume injection molding and some real-world cases from our …
A Guide for Engineers：This engineer’s guide provides a comprehensive overview of CNC machining tolerances based on ISO 2768 standards, recommended tolerance ranges for common materials, and the impact of tolerance selection on manufacturing cost. It also showcases how Jeek Rapid achieves extreme tolerance control of ±0.02mm through advanced equipment and processes—with real-world cases demonstrating precision …
The Origin and Development of CNC Machining:CNC machining originated in the 1940s. In 1952, the Massachusetts Institute of Technology (MIT) in the United States developed the world’s first numerically controlled milling machine by integrating a computer with a machine tool, marking the birth of CNC technology. The core principle is using computer programming to control …
In today’s fast-evolving manufacturing landscape, CNC machining remains the preferred method for prototyping — and for good reason. Despite the advancements in 3D printing and other emerging technologies, CNC prototyping continues to hold an irreplaceable position in terms of precision, material flexibility, and cost-efficiency. These are the key reasons why CNC machining remains the best …
Development:Turning: Originated from ancient pottery wheels and woodworking lathes, turning evolved into a metal processing technique during the Industrial Revolution, laying the foundation for modern turning technology. By the 19th century, as lathes were gradually improved, turning became capable of stably processing cylindrical, conical workpieces and threads. It became one of the most fundamental …
Development:Before the 19th century, humans had already used metal powders to make ornaments such as gold and silver jewelry. A major breakthrough in powder metallurgy occurred in 1870, when a Russian scientist invented tungsten carbide (WC) powder, laying the foundation for hard alloys. In 1909, Coolidge in the United States invented the tungsten powder sintering …
