Arrotek Medical Ltd

How do you turn a medical device idea into a functional prototype? It's one of the biggest challenges facing medtech startups and engineering teams. That's why we've created our new Roadmap from Idea to Prototype, a practical guide designed to help you navigate the early stages of medical device development. If you're working on a new medical device, you'll find practical insights covering: • Development planning • Design considerations • Prototyping • Preparing for manufacturing Download your free copy: https://hubs.li/Q04qt2BK0 Have a project you'd like to discuss? We'd love to hear about it. #MedicalDevices #MedTech #Engineering #ProductDevelopment #Innovation #MedicalDeviceDesign #Prototype

The catheter construction you choose determines flexibility, torquability, kink resistance, and wall thickness. Get the specification wrong and no amount of refinement later will fully compensate. We design and develop braided, coiled, multi-layered, and reinforced catheters, and we have the manufacturing experience to know which construction decisions hold up in production.

Every decision made in catheter design has consequences further down the development pathway. A construction choice made at concept stage affects prototyping. A prototyping decision affects manufacture. A manufacturing constraint affects commercial viability. When one team carries the program end to end, those consequences are managed from the start.

Needles are often treated as a commodity component. For most minimally invasive procedures, they are anything but. The wrong tip geometry, shaft specification, or material choice will show up in clinical performance in ways that are difficult and expensive to fix after the fact.

The most expensive problems in medical device development are the ones that surface late. Wrong material choice, a construction approach that cannot be manufactured consistently, a prototype that passes bench testing but fails DFM review. A structured design process is how you find those problems before they find you. Headline: Find the problems early. That is what a good design process is for.

The performance of your minimally invasive device often comes down to the needle at the centre of it. Tip geometry, shaft stiffness, bevel design, material specification. These are not secondary decisions. We design precision needles built around the specific demands of your clinical application.