On our website, we would like to use the services of third-party providers who help us improve our promotional offerings (marketing), evaluate the use of our website (performance) and adapt the website to your preferences (functionality). We need your consent for the use of these services; you can always revoke this consent. You can find information about the services and the chance to reject them under “User-defined.” You can find additional information in our Data Protection Policy.

31 March - 2 April 2020 // Nuremberg, Germany

Posting print layout

What information should be shown in the print layout?

Create print layout
Exhibitors & Products MedtecLIVE 2020
Zoom product LOGO_Laser-cutting




Request information Request information

Contact us

Please enter your personal information and desired appointment. You can also leave us a message.

Your personal information

Your message for us

Desired appointment during the exhibition

* Compulsory fields you must fill in.

Information on data protection can be found here.

Your message has been sent.

You do not have a registration yet? Register now and use all advantages of the Exhibitors and Products Database, the supporting programme and the TicketShop.

An error has occurred.

Memry’s in house Nitinol laser technologies are ideal for manufacturing intricate, finely structured medical devices. Memry lasers cut a full spectrum of components ranging from Neurology devices through Structural Heart Valves. 

Memry uses state-of-the-art high powered lasers for precision cutting of medical device Nitinol components from prototype to high volume production. Our dedicated laser team and technologies are at the forefront of many future innovations. The non-contact, high precision aspects of the technology are well suited for welding, cutting and marking. Memry adapts each laser processing platform specific to the individual part demands.

Laser-cutting was first applied to the manufacturing of medical devices in the 1980s. Since then, continued advancements in laser technologies have enabled cutting of increasingly smaller and complex features. Today, feature sizes as small as 0.0005” (12.7 µm) can be realized. Memry has developed a laser platform that ensures precision, quality, dedicated laser engineering and high volume production. 

Memry’s Nitinol laser processing technologies are ideal for manufacturing intricate, finely structured devices. The non-contact, precision and low thermal input characteristics of laser processes have made lasers the technology of choice at Memry for welding, cutting/ablation and marking. More specifically, the extreme thermal-sensitivity of Nitinol’s microstructure and thermomechanical performance makes low heat input secondary processes a necessity.

Memry utilizes an array of state-of-the-art custom Fiber and Femtosecond laser systems that were developed internally, specifically for the cutting of Nitinol medical devices.  The internal knowledge of the Memry systems is ideal when processing Nitinol. Our extensive laser-cutting capabilities allows for the machining of tube, sheet, strip, foil, and even solid wire and rod. Typical Nitinol material thicknesses that are laser-cut range from less than 0.001” (25 µm) to 0.040” (1 mm).

Pulsed-Fiber laser-cutting systems have excellent beam quality and high power capabilities. These systems are typically applied to cutting thicker components and at higher processing speeds. Examples of components well suited for Pulsed-fiber laser-cutting include structural heart valve frames and AAA stent grafts.

Femtosecond ultra-short pulse laser systems are utilized at Memry for the most demanding applications, reaping the benefits of the athermal process and the highest beam quality and resulting kerf width currently possible (i.e. < 0.0002” or 5 µm). As a general guide, Nitinol tubes with a thin wall (< 0.005” or 125 μm) and designs with thin struts or small geometrically critical features (i.e. < 0.004” or 100 μm) will benefit from a Femtosecond laser-cutting process. Example Femtosecond laser-cutting applications include neurovascular and ophthalmology devices where extremely small low profile designs are critical. Using galvanometric scanner beam delivery optics, partial penetration ablation of Nitinol is also possible with the Femtosecond laser source. With this technology unique surface texturing for drug delivery or even for creating echogenic features for increased visibility of the device in the OR is possible.

Laser-cutting is assigned to following product groups:

You decided to attend the MedtecLIVE? Get your tickets at the TicketShop


The selected entry has been placed in your favourites!

If you register you can save your favourites permanently and access all entries even when underway – via laptop or tablet.

You can register an account here to save your settings in the Exhibitors and Products Database and as well as in the Supporting Programme.The registration is not for the TicketShop and ExhibitorShop.

Register now

Your advantages at a glance:

  • Advantage Save your favourites permanently. Use the instant access – mobile too, anytime and anywhere – incl. memo function.
  • Advantage The optional newsletter gives you regular up-to-date information about new exhibitors and products – matched to your interests.
  • Advantage Call up your favourites mobile too! Simply log in and access them at anytime.