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Whitepaper:
Nitinol for Additive Manufacturing

Effective Translation of Shape Memory and
Superelastic Properties
from Wrought to 3D

Carpenter Technology and their branch of 3D printing experts, Carpenter Additive, carried out a study to create a systematic framework to optimize additive manufacturing for Nitinol, focusing on three factors for success: 

  1. Stringent control of Nitinol chemistry throughout the AM lifecycle from feedstock to finished part 
  2. Optimized printing parameter sets to enable effective control over shape memory and superelastic properties 
  3. Fully dense near net shape Nitinol components to eliminate additional post-processing steps 

Download the complete report for results on the samples printed to demonstrate the shape memory effect in a 3D printed Nitinol component.

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Download the Complete Report

About Carpenter Additive

Combining more than a hundred years of metallurgical leadership with unrivaled knowledge of additive manufacturing technologies, Carpenter Additive is committed to helping customers solve material and process challenges. Developing end-to-end solutions to add consistency, reduce risk, and continuously improve additive manufacturing production, Carpenter Additive offers high quality metal powder, a suite of solutions for material traceability, and contract manufacturing from powder to part.  

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Recent Webinar: Success in Additive Manufacturing with Nitinol

Additive manufacturing of Nitinol allows the fabrication of complex device geometries with pre-designed porosity, homogeneous composition, high density, near net shape, and requires very little to no post-processing. As Nitinol exhibits work hardening in conventional manufacturing processes, additive manufacturing presents unique opportunities in the production of medical devices.