Enabling Miniaturization Through Micro Molding
Thank you for your interest.
As medical and drug delivery devices get smaller, their components become more critical—and more complex. This white paper explores how micro molding enables ultra-precise, miniaturized components with tolerances as tight as ±5 microns and wall thicknesses down to 25 microns, optimized for catheters, polymeric needles, endoscopic tools, PCR wells, and more.
Discover how advanced micro mold-flow analysis, tooling, injection processes, and assembly methods help manufacturers overcome challenges in geometry, materials, and functionality—while ensuring accuracy, reliability, and biocompatibility for implantable and wearable devices.
Read this white paper to understand:
- How micron-level mold design and tooling enable robust manufacturing
- Why micro-flow analysis prevents failures and guides material selection
- Advanced molding pressures and techniques to protect tiny features
- Assembly strategies like overmolding, laser welding, and staking
- Real-world applications where micro molding transforms device performance
Designed for engineers, device designers, and manufacturing leaders in medical and drug delivery.