✦ NEWS & INSIGHTS ✦

Why Is FR4 Material Still Used Beyond PCBs?

Why Is FR4 Material Still Used Beyond PCBs?

Discover why FR4 material is used beyond PCBs, where engineers apply it in industrial products, and how FR4 supports plastic prototyping, CNC plastic machining, and product development.

2026-08-06 8 min read
Appearance Prototype vs Functional Prototype: What’s the Difference?

Appearance Prototype vs Functional Prototype: What’s the Difference?

Learn how appearance prototypes and functional prototypes support different validation goals, and how to choose the right plastic prototyping strategy for product development.

2026-08-06 9 min read
FR4 CNC Machining: How Glass Fiber Affects Tool Wear, Edges, and Accuracy？

FR4 CNC Machining: How Glass Fiber Affects Tool Wear, Edges, and Accuracy？

Learn how FR4’s glass-fiber epoxy structure affects CNC machining, including tool wear, hole quality, edge integrity, dust control, and dimensional consistency.

2026-08-06 5 min read
Bakelite Machining: Why Thermoset Parts Need a Different CNC Strategy

Bakelite Machining: Why Thermoset Parts Need a Different CNC Strategy

Learn why Bakelite machining requires a different CNC strategy and how material behaviour, geometry, workholding, cutting conditions, and tolerance planning affect machining quality.

2026-08-06 7 min read
POM vs Nylon for Plastic Prototyping: Which Material Should You Choose?

POM vs Nylon for Plastic Prototyping: Which Material Should You Choose?

Compare POM vs Nylon for plastic prototyping. Learn how dimensional stability, toughness, repeated loading, moisture sensitivity, and CNC plastic machining affect material selection.

2026-08-06 7 min read
POM Moving Parts: What Determines Reliable Motion in a Prototype?

POM Moving Parts: What Determines Reliable Motion in a Prototype?

Learn how clearance, mating surfaces, alignment, wear, and tolerance stack-up affect POM moving parts during plastic prototyping and motion validation.

2026-08-06 9 min read
When Should Engineers Choose PE Material for Plastic Prototyping?

When Should Engineers Choose PE Material for Plastic Prototyping?

Learn when PE material is suitable for plastic prototyping, especially for sliding, wear, moisture, chemical exposure, and CNC plastic machining applications.

2026-08-06 7 min read
Building a Prototype vs Prototype Assembly: Key Differences for Product Development

Building a Prototype vs Prototype Assembly: Key Differences for Product Development

Learn the differences between building a prototype and prototype assembly. Understand when each service is needed and how they support efficient product development.

2026-08-06 8 min read
3D Printing vs CNC Machining for Medical Device Enclosures

3D Printing vs CNC Machining for Medical Device Enclosures

Compare 3D printing and CNC plastic machining for medical device enclosures based on prototype goals, material behavior, finishing, and testing needs.

2026-08-06 9 min read
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