11.09.23 -- Emerging Trends In Microneedle Drug Delivery Systems

Albert Llenas, global marketing director of orthopedics, discusses how to choose appropriate biomaterials when developing rotator cuff repair devices.

What are the sources of particulates in injectables and how should manufacturers apply the latest regulations to ensure best practices when producing sterile drug products?

After 5 years of work, Accumold has developed a high-volume microinjection molding method for thin-wall cannulas, replacing the expensive and less efficient extrusion process for medical device OEMs.

Precision injection molding ensures consistently high-quality parts, regardless of annual production volume. Follow critical steps for project success and get it right the first time.

Achieving precise VO2 measurements for athletes demands portable, rugged, and low-power systems with miniature solenoid valves.

Microtooling and microinjection molding are crucial for creating precise miniature plastic parts, particularly for advanced micromedical devices.

Explore ideas for applications that are suited for ultra-thin-walled PET heat-shrink tubing, including variable-stiffness catheters, protective covering/coating and bundling, and reinforcement.

An OEM asked us to help replace a catheter tip component used to treat atrial fibrillation, by providing a micro-spring component to secure thermocouples in the tip assembly.

From bacteria to endotoxins to trace metals, common contaminants in a lab setting can pose a number of problems. Learn how to avoid contamination and identify high-quality consumables to use in your lab.