DASH is proud to be featured as one of the top 10 simulation solutions providers by MedTech Outlook for 2023. Our team has quickly gained renown for creating simulators with a high degree of anatomical accuracy, in both appearance and mechanical performance. If you want to find out why MedTech Outlook agrees, you can find […] […]
Read More from DASH Named Top 10 in Simulation Solutions Providers by MedTech Outlook
DASH is working with medical devices companies to 3D print anatomical models for device testing, evaluation, and training. DASH has developed methods and patented techniques to prepare and 3D print complex anatomy difficult to replicate with standard 3D printing equipment and materials. DASH will work with you to preserve critical anatomical landmarks, while developing and […] […]
DASH has an extensive portfolio of 3D printing patents Combining multiple materials and complex geometries to tune physical properties of resultant models, patents cover mechanical, electrical, optical and thermal for integrating special features into 3D printed materials. One example is to design accurate tissue properties of simulant training and simulation models for surgical practice, device […] […]
Spina Bifida is a congenital defect in which the vertebral column does not enclose properly, exposing the spinal cord. The degree of spinal cord involvement, from exposure to herniation, defines the severity and classification of the condition. In Spina Bifida Occulta and Meningocele defects, the exposure of the spinal cord is minimal, and patients present […] […]
(ORLANDO, Florida) – A state-of-the-art in-utero procedure allows surgeons to correct a birth defect on developing babies inside the womb. But operating on a mother and her unborn child at the same time can be challenging and unpredictable. To give their world-class surgeons even more information ahead of surgery, Orlando Health Winnie Palmer Hospital for […] […]
Read More from Orlando Health Surgeons Use 3d-Printed Fetus Models To Prepare For In-Utero Procedure
Imagine you are a soon-to-be parent, looking at one of the most complete images of your future family member for the first time on an ultrasound scan. But instead of the nervous butterflies of a new parent, you are feeling panic inducing anxiety – the doctor has detected a rare birth defect called spina bifida. […] […]
Read More from Startup Creates Next Generation 3D Models for Healthcare & Beyond
Calculating multiple areas for enhanced deformation to reduce time and cost for 3D Printed models. Intellectual Property: NA Issued Patient Number: 11,281,186 Application Number: NA Intellectual Property Title: Deformation-based additive manufacturing optimization Application Date: NA […]
Method to generate optical properties via texture mapping for 3D printed composite structures. Intellectual Property: NA Issued Patient Number: 11,155,041 Application Number: NA Intellectual Property Title: Method for the design and manufacture of composites having tunable physical properties Application Date: NA […]
Vector field methods to design and produce tunable physical properties in 3D Printed composite structures. Intellectual Property: NA Issued Patient Number: 11,042,671 Application Number: NA Intellectual Property Title: Method for the design and manufacture of composites having tunable physical properties Application Date: NA […]
As part of a collaboration with the Center for Disease Control and Prevention’s Project Firstline, Emory University’s Healthcare Human Factors Lab creates scenarios centered around infection prevention and control using high fidelity simulation. In one scenario, a nurse must culture an open abscess on a pediatric patient, but no commercially-available products accurately represented the pathology. […] […]