MATERIALS WHITE PAPERS, APPLICATION NOTES, & CASE STUDIES

• How Medical Technology Benefits From Piezoelectric Transducers

  Discover the transformative potential of piezo technology in active microfluidics. Learn how unconventional drives redefine precision, efficiency, and innovation.

• Best Practices For Molding Bioresorbable Materials For Medical Devices

  Bioresorbable materials dissolve into the body, offering advanced medical device performance. Optimizing their manufacturing process is crucial for maximizing benefits beyond traditional implants.

• The Standardization Of Plastic Luer Fittings

  This white paper aims to explore the significance and challenges of the standardization of plastic luer fittings and the importance in ensuring the quality and safety of medical devices.

• The Challenges Of Plastic Luer Fittings In The Medical Industry

  The use of single-use plastic luer fittings in medical settings, medical devices, and patient care is an example where the sustainability versus safety debate arises. This white paper aims to explore this debate and offer insights into the challenges and opportunities that lie ahead.

• Plastic Luer Fittings: A Cost-Effective Solution For Improved Efficiency

  This paper aims to demonstrate the cost effectiveness of plastic luer fittings and how understanding the factors that contribute to their cost can help users select a cost-effective option that meets their performance requirements.

• Build-To-Print Best Practices: Thin Film Technology And Process Guide

  Thin film technology is the process of depositing a thin layer of material on a substrate. This guide provides an overview of thin film technology best practices.

• CytexOrtho Advances Implant To Clinical Trials With Textile Design And Contract Manufacturing Solutions

  After CytexOrtho developed a new implant to restore joints in young patients with early joint disease, they needed the support of an experienced, quality-driven CMO for the production of the implant, which required a highly specialized 3D-printing process, along with packaging and sterilization management.

• Understanding Drawn Fiber: Polymers, Process, And Properties

  Drawn fiber is an improved performance monofilament based on extrusion technology and found in a wide array of applications such as over-braiding for hoses, weaves as mist eliminators, medical braiding, instrument and racquet string, and strengthening for industrial belting applications.