Medical Design & Outsourcing

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The Medical Design & Outsourcing Digital Edition covers the technical advances in the design, development and contract manufacturing aspects of #MedicalDevices and #MedicalEquipment. Catch up on our latest #medtech design and engineering coverage: medicaldesignandoutsourcing.com/digital-editio…

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Subscribe to Surgical Robotics for a monthly recap of the top news in one of #medtech's hottest spaces. Stay up-to-date with the top companies and technologies fueling innovation: massdevice.com/massdevice-ene…

Get the latest trends and developments in #MedicalTubing and extrusion delivered straight to your inbox: medicaltubingandextrusion.com/sign-up-for-th…

Complex anatomy demands advanced internal mechanisms. If you’re designing steerable catheters, this article is a must-read for the engineering trade-offs. medicaldesignandoutsourcing.com/pull-wires-pus…

Design-for-Manufacturing (DFM) early in the process matters. VitalPath highlights the importance of aligning specs, manufacturability, and cost from day one. medicaldesignandoutsourcing.com/pull-wires-pus…

Material choice matters. Straightness of wire, tensile strength after welding, shaft reinforcement—all impact catheter performance in the field. Learn the details. medicaldesignandoutsourcing.com/pull-wires-pus…

Laser-cut hypotube assemblies vs standard pull-wire rings: when you need ultra-precision (multi-plane deflection) and when a hybrid approach hits the sweet spot. Read more: medicaldesignandoutsourcing.com/pull-wires-pus…

Variable stiffness, kinking resistance, pushability—three big design challenges for steerable catheters. This article uncovers engineering strategies that make them manageable. medicaldesignandoutsourcing.com/pull-wires-pus…

Throughput grows by focusing on motion system architecture, not just faster lasers. The article breaks it down for cylindrical medical parts. medicaldesignandoutsourcing.com/optimizing-mot…

Pull-wire assembly design: Should you go with welded pull rings or laser-cut hypotubes? VitalPath provides guidance on trade-offs in performance, cost & manufacturability. medicaldesignandoutsourcing.com/pull-wires-pus…

Get the latest trends and developments in #MedicalTubing and extrusion delivered straight to your inbox: medicaltubingandextrusion.com/sign-up-for-th…

Engineering teams: If you’re designing cylindrical laser-cut workflows, motion system selection, vibration isolation and path optimization are key. Check it out: medicaldesignandoutsourcing.com/optimizing-mot…

When navigating tortuous anatomy, the steerability, torque response and deflection control of a catheter matter. This article explains why every engineering choice counts. medicaldesignandoutsourcing.com/pull-wires-pus…

When your product is a fine medical tube, every miscut, chatter, or positional drift adds cost. This article explains how optimized motion systems help mitigate those risks. medicaldesignandoutsourcing.com/optimizing-mot…

Precision steerable catheters are the future of minimally-invasive therapy—VitalPath breaks down how integrated pull-wire mechanisms, laser-cut hypotubes & reinforced shafts make it real. medicaldesignandoutsourcing.com/pull-wires-pus…

Looking for a complete list of Medical Manufacturers & Suppliers? Visit medicaldesignsourcing.com for a full directory of companies organized by; Products, Supplies, Services, Equipment, Certifications and more.

Speed vs accuracy — a common trade-off. But advanced motion systems now make higher throughput with high precision possible in medical laser cutting. More here: medicaldesignandoutsourcing.com/optimizing-mot…

Torque control, dynamic axes, minimal vibration: the article explores how choosing the right motion architecture can reduce scrap in cylindrical laser medical part production. medicaldesignandoutsourcing.com/optimizing-mot…