Improving Patient Care through Material Innovation

Sponsored by: AMETEK Specialty Metal Products

Focused on:

  • Patient Care
  • Material Innovation

Date: 28 January


Time: 3PM London/10AM New York

Materials Changing Patient Care in a multitude of Applications

Today, the medical device landscape is changing at an extraordinary pace driven by scientific innovation, machine learning, and rapid technological advancements. To improve patients’ quality of life, medical devices evolve towards smaller sizes, lighter materials, and higher performance to enable minimally invasive surgery, minimize patient risks and improve patient care. Innovative metal materials that offer unique properties and characteristics enable this progress. Some of these materials have already been successfully applied in other industries and are now starting to be adopted by medical device manufacturers. For example, these cutting-edge metal products now allow in-body charging and pulse generation and enable sensors to provide tactile feedback to surgeons while in the operating room.

For more than 85 years, AMETEK Specialty Metal Products, with its five advanced metal manufacturing facilities including Hamilton Precision Metals, Fine Tubes and Superior Tube, has been at the forefront of supporting metallurgical and engineering advances in the medical device industry. The group’s expertise lies in the custom engineering and manufacture of high precision metal strip, tube, wire, and high purity powders. These metal products successfully support product development in safety-critical applications across Cardiology, Neurology, Orthopedics and Diagnostic Devices. Consistently used alloys include a wide range of Commercially Pure and Alloyed Titanium, Cobalt Chrome, and Stainless-Steel grades. Most recent developments include collaboration projects with key industry players to commercialize new alloys to develop new products for leading-edge applications including Medical Robotics and Wearables.

AMETEK Specialty Metal Products’ manufacturing facilities for precision Strip and Shaped Wire hold the capability to manufacture to the tightest tolerances and thinnest gauges in the metals industry. Ultra-thin metal foil, for example, can achieve a thickness of just 1.5 microns. These materials are used in a variety of products by some of the largest manufacturers of implantable medical devices and orthodontics in the world. AMETEK Specialty Metal Products has a strong reputation for its willingness and expertise to push the boundaries of what is believed possible.

The tube manufacturing facilities Fine Tubes and Superior Tube have been manufacturing small diameter, thin-walled tubing for heart valves, neurological shunts, and cardiology stents since 1936. The tubing facilities are known for supporting customers new product development pipelines with outside diameters as small as 0.010” (0.254mm) and a wall thickness starting at 0.002” (0.051 mm). A variety of customizable high-quality surface finishes enable implant surfaces to meet the highest quality standards. With medical device customers continuing to reduce the size of their products, specialty tubing is engineered to make this possible. The engineering team fully understands the prototyping challenges that exist in the contract medical device manufacturing and is meeting those needs through rapid response initiatives.

If you want to learn more about how state-of-the-art metal solutions support the medical device industry and accelerate technological innovations, then please join this webinar!

Presented by

Matt Lappen,

Commercial Director – Precision Strip

Matt Lappen has been driving improvements in the specialty metals industry for more than 25 years. He has held a number of key technical and commercial roles at leading manufactures with operations worldwide. Matt’s metallurgical and technical expertise ranges from premium melt and metal powder compaction to finished materials. One of his key strengths is the development of new products, both within AMETEK Specialty Metals as well as in partnership with customer organization. Matt is passionate about adding value and driving the competitive advantage with rapid prototyping and material innovation for his customers.

Matt holds a Bachelor’s Degree in Business Administration from the University of New Haven. In his current role as Commercial Director for Precision Strip he is responsible for the metal strip, foil, shaped wire and components as well as thermal management product range for the AMETEK Specialty Metal Products facilities in Wallingford, Connecticut and Hamilton Precision Metals in Lancaster, Pennsylvania in the United States.

Ryan O’Connell,

Product Manager – Precision Tube

Ryan O’Connell is an experienced Product Manager for specialty metal tubing products. His expertise lies in the product development for the Aerospace and the Medical Device industry. Ryan O’Connell has worked across AMETEK’s Specialty Metal Products division in various roles with focus on supply chain, production management and sales. He is currently leading his team in defining the strategic direction for AMETEK Specialty Metal Products to best support the Medical Device Market with material and product innovations in precision tubing. His passion is to collaborate with customers to solve their toughest material challenges with the help of his expertise and wholistic understanding of complex customer needs.

Ryan holds a Bachelor’s degree in Industrial Engineering from Penn State University and an MBA from Temple University. He is based at Superior Tube, one of AMETEK Specialty Metal Products’ precision tube manufacturing facilities in Collegeville, Pennsylvania in the United States.

Key Learning Objectives

  • Understand how highly specialized materials are helping engineers push the boundaries of what they think is possible.
  • Discover how AMETEK Specialty Metal Products helps medical device manufacturers solve their most complex challenges with differentiated engineered metal products.
  • Learn how Rapid Prototyping initiatives in the Medical Device Industry can be supported with highly customized metallurgy and engineering processes.


  • Project Engineer
  • Technical Director
  • Senior Design Engineer
  • Electrical Engineer
  • Head of Product Development
  • Product Engineer
  • Product Development Engineer
  • Product Manager
  • Global Product Manager
  • Director of Product Management
  • Buyer
  • Design Manager
  • Supply Chain Manager
  • Supply Chain Director
  • Vice President Supply Chain
  • Senior Manager Global Sourcing
  • Commodity Manager
  • Senior Manager Strategic Sourcing
  • Senior Commodity Buyer
  • Research and Development Engineer
  • Research and Development Project Manager
  • Quality Assurance Engineer
  • Quality Engineer
  • Procurement Manager