Soft materials such as rubber are well known for their ability to return to their original shape after being compressed. However, we may also notice that when a rubber part is compressed too much or held under pressure for too long, it does not always fully recover. Some deformation may remain even after the load […]
What Is Compression Set in Rubber? A Complete Guide Read More »
When you look at an aircraft, you probably notice the metal structure first. But behind the visible frame are thousands of smaller components made from advanced polymers — parts that manage airflow, protect electronics, reduce weight, and support daily operation. Aerospace injection molding is the technology that turns these high-performance materials into precise, reliable components
What Is Aerospace Injection Molding? Materials, Benefits, and Applications Read More »
A manufacturing process does not always end when a part is molded or machined. Many plastic and metal parts require secondary operations to improve appearance, add functional features, achieve tighter tolerances, or prepare them for assembly. In this guide, we will explore common secondary operations for injection molded and CNC machined parts and how to
Common Secondary Operations for Custom Plastic and Metal Parts Read More »
Rubber parts are often used in environments where they come into contact with oils, fuels, lubricants, or hydraulic fluids. However, not all rubber materials can maintain their performance when exposed to oil. Some may swell, soften, crack, or lose their sealing ability over time, leading to equipment failure or reduced service life. Oil resistant rubber
Oil Resistant Rubber Types: NBR, FKM, HNBR, and More Read More »
When looking at a part with holes, you may notice that some holes go completely through the material, while others stop at a certain depth without opening on the opposite side. These two common hole designs are known as through holes and blind holes. Although the difference sounds simple, choosing between blind holes vs through
Blind Hole vs Through Hole: What Is the Difference? Read More »
In injection molding, every step of the process affects the quality and consistency of the final plastic part. Before molten plastic fills the mold cavity, it must first pass through the connection between the injection machine and the mold. This small but important component is the injection molding nozzle. What Is an Injection Molding Nozzle?
A Complete Guide to Injection Molding Nozzles: Types, Selection, and Troubleshooting Read More »
Developing plastic parts requires more than just an injection molding machine. Companies must also consider tooling investment, material selection, production expertise, quality control, and manufacturing capacity. For businesses that need reliable molded components without building a complete in-house operation, contract injection molding provides a practical path to professional production support. This guide explores how contract
Contract Injection Molding: A Complete Guide to Process, Benefits, and Partner Selection Read More »
Modern product designs increasingly include complex geometries, angled surfaces, and tight tolerance requirements that push beyond what conventional machining setups can efficiently deliver. In many cases, this leads to design compromises or additional production steps that slow down the overall development cycle. To overcome these challenges, modern CNC technology has evolved toward more flexible machining
Multi-Axis Machining: A Complete Guide for Precision Manufacturing Read More »
When selecting engineering plastics for injection molded parts, POM and nylon are often two of the most commonly considered options. At first glance, they may seem similar—both are strong, wear-resistant thermoplastics used in mechanical components. However, their material behavior is quite different in real-world use. In this article, we will break down what POM and
POM vs Nylon: Key Differences and How to Choose the Right Material Read More »
In many projects, design problems rarely show up on the CAD screen—they appear later, during tooling, trial runs, or even mass production. That’s where Design for Manufacturability (DFM) becomes practical, helping bridge the gap between what is designed and what can actually be produced. Instead of treating manufacturability as a final check, DFM brings it
Design for Manufacturability (DFM) Explained for Custom Manufacturing Read More »
If you pick up a plastic lunch box, a water bottle, or even a disposable spoon, you will often see the phrase “food grade” printed somewhere on it. It sounds reassuring—but it also raises a simple question: what exactly makes a plastic “food grade”? Is it a special type of plastic, or just a safety
What Is Food Grade Plastic? Common Materials and Selection Guide Read More »
When a medical device is in use, precision is not just a technical requirement—it can directly affect patient safety. From surgical instruments to diagnostic equipment, even a small dimensional deviation may influence how reliably a device performs in critical situations. This is why many medical components rely on CNC machining. By using computer-controlled cutting tools,
Medical CNC Machining for Precision Medical Components and Devices Read More »