Resource Library
The Problem: When Good Designs Stick Medical device engineers routinely confront a deceptively simple but persistent challenge: friction. In theory, every part is produced at nominal dimension. In reality, parts are manufactured within allowable tolerances to control cost. When multiple components such as nested shafts, hypo tubes, sliding cartridges, triggers, pivots, are assembled, dimensional variation…
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In high-speed networks, even microscopic contamination can cause major failures. Discover how the Pro360 Touchless Cleaner uses fluid dynamics and precision chemistry to deliver fast, consistent, contact-free fiber optic cleaning, protecting every connection.
Definition: What Is an Azeotrope? In chemistry, an azeotrope is a constant-boiling blend of two or more components that vaporize together at a fixed ratio. Unlike ordinary mixtures, an azeotrope maintains the same composition in both its liquid and vapor phases, meaning the ingredients never separate during boiling or condensation. For example, a mixture of…
Introduction In today’s high-performance fiber optic networks, the importance of clean connectors cannot be overstated. Fiber systems carry massive amounts of data at high speeds, and even microscopic particles can compromise performance. A speck of dust or a trace of oil can scatter or absorb light, causing insertion loss (signal reduction) or back-reflection (signal bouncing back to the source). In…
Definition: Understanding Viscosity In fluid mechanics, viscosity measures a fluid’s resistance to flow or deformation. It reflects the internal friction between molecules as they move past one another. Informally, viscosity represents a liquid’s “thickness.” Honey, for example, is thicker and has a much higher viscosity than water. In contrast, solvents like acetone or methanol have…