Steel remains the most widely used material across numerous industries—from automotive manufacturing to industrial machinery, and even simple structural components like columns. Different steel grades dominate various applications based on their performance and cost-effectiveness. When selecting suitable materials for CNC machining, it is essential to consider these factors carefully. Among common choices, 1018 steel and …
This article explores acrylic, one of the most widely used materials in precision plastic manufacturing around the world. As a strong competitor to other plastics, acrylic is favored for its transparency, durability, and design flexibility. From retail displays to protective covers and electronic enclosures, this clear thermoplastic strikes an ideal balance between aesthetics and …
In modern mechanical manufacturing, many critical components need to balance high strength with excellent wear resistance. Bulk hardening most metals often reduces toughness, making parts prone to fracture under shock or stress concentration. Surface hardening—also known as case hardening in industry—addresses this issue by enhancing surface properties while keeping the core tough. It is widely …
6061 vs 7075 are among the most commonly used aluminum alloys in CNC machining. Both offer excellent mechanical properties and machinability, but serve different roles in engineering applications. Selecting the right grade depends on performance demands, cost targets, and manufacturing priorities. JeekRapid provides CNC machining services for both 6061 vs 7075 aluminum, supporting any order …
People often talk about plastic as if it’s a single material, but in reality, plastics come in a wide variety of forms—some flexible, some rigid, some cheap, and some engineered for extreme environments. Nylon is one of those materials that tends to confuse people. It’s tough, durable, and used in everything from zippers to car …
As industries increasingly demand materials that are lightweight, corrosion-resistant, and high-strength, aluminum stands out for its unique combination of properties. Its unique combination of properties, however, also presents specific challenges for welding. From aerospace structures to automotive parts and consumer electronics, mastering aluminum welding requires a thorough understanding of the metal and its processes. This …
Aluminum has long been a staple in precision manufacturing. Whether you’re prototyping a new drone component or scaling up production for medical housings, CNC machining offers the kind of accuracy, repeatability, and material flexibility few other processes can match—especially when aluminum is involved.
But choosing aluminum CNC machining isn’t just about material softness or machinability. …
When machining components that demand strict tolerances, even minor deviations can cause the part to fail. For many high-precision applications, ±0.005 mm CNC machining is not only about accuracy — it’s about enabling complex assemblies, minimizing functional risk, a
In this article, we’ll explore what tight tolerance means in practical machining, when it is truly …
When it comes to welding, choosing between MIG and TIG isn’t just a technical decision — it can directly affect the strength, appearance, cost, and timeline of your project. If you’re a manufacturer, engineer, or procurement manager looking to select the right welding process for your components or assemblies, this article breaks it down without …
When engineers or manufacturers talk about stainless steel, they usually mean either 304 or 316. Both types belong to the austenitic family and look very similar to the untrained eye, but they differ significantly in terms of performance, cost, and CNC machinability depending on the application. Whether you’re sourcing materials for marine equipment, food processing …
