LATEST BLOG
Explore expert perspectives, industry trends, and innovations driving digital transformation in orthopedic care.
Company News
04/01/2025

Enhatch Partners with 3D Systems to Help Power Smith + Nephew's Patient-specific Ankle Solutions

Enhatch announces its partnership with 3D Systems to help power Smith + Nephew's patient-specific ankle solutions.

Company News
10/30/2024

Enhatch Successfully Completes SOC 2 Type II and HIPAA/HITECH Audit

Press Release: Enhatch announces the successful completion of its SOC 2® Type II and HIPAA/HITECH audit.

Company News
09/05/2024

Enhatch and Synopsys Copresent Webinar on AI in Surgical Planning

Enhatch recently participated in the insightful webinar organized by Synopsys Simpleware on AI-powered efficiency in patient-specific surgical planning. The webinar featured Michael Phipps, CTO and president of Enhatch, and Kerim Genc, Product Manager at Synopsys Simpleware.

Company News
01/23/2024

510(k) Clearance for TKA PSI System with Intelligent Surgery Knee

Enhatch Announces FDA Clearance for a TKA Patient-Specific Instrumentation System with AI-Assisted Segmentation and Treatment Planning.

Company News
05/20/2022

Why strategic partnerships are the future of orthopedics?

Watch Enhatch's cofounder chat with Gautam Gupta and Benjamin Johnson of 3D Systems about how strategic partnerships are the future of personalized care.

Company News
05/10/2022

Personalizing surgery: The future of medicine is here – AAOS 2022 recap

Here is a recap of Enhatch's participation in AAOS 2022. Enhatch and 3D Systems announced a new and exciting strategic partnership that will enhance the offering of an intelligent surgery ecosystem focused on personalizing surgery.

Company News
03/23/2022

3D Systems Partners with Enhatch to Scale Personalized Medical Device Delivery

Enhatch is building an open ecosystem of technologies powered by artificial intelligence to personalize and accelerate the entire surgical workflow. Partnership intended to merge advanced capabilities of each organization to make design and delivery of patient-specific medical devices more efficient.