Here are four key areas of Mimics that add value to your life as a clinician and surgeon.
In this slide I outline four key areas of Mimics that add value to your life as a clinician and surgeon. They are a) concept of medical design, b) the speed and ease of using Mimics, c) add-on functionality for different clinical scenarios, and d) the ability to manage a world of image data in a simple, easy to use interface.
Concept of medical design
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With increasing global growth in medical technology, it is becoming more important to think about the design of medical devices. Mimics is designed to help you conceptualise and test these concepts using a design platform.
To help you design or re-design devices and understand the biomechanics, design constraints, and workflow implications of a new device or methodology, Mimics is the ideal tool. It allows you to: a) visualize device concepts, b) test the feasibility of a new device using realistic images, and c) visualise the interplay between different components and their physical interface, to help you evaluate its efficiency, utility and ergonomics.
Speed and ease of use
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With over 24 years of experience of working with medical software, it is not surprising that we realised that the best design products on the market tend to be very easy to use. Mimics is no exception. Here are some of the key features that make Mimics the world's leading engineering software: a) easy to use, b) optimized for multicore computing, c) responsive UI, d) modular architecture, e) intuitive workflow, and f) integrates seamlessly with other leading products in the market.
Mimics is driven by a responsive user interface (UI). All functions are readily available from all areas of the screen. At the heart of Mimics are several powerful functions that are accessed through simple, intuitive icons. You can get up and running with Mimics in less than 10 minutes, to visualise and interact with your image data, and then scale up the workflow to your specific needs.
Mimics is completely versatile. Its user interface is tailored to the specific needs of a surgeon, radiological technologist or biomedical engineer. It has a feature set that is extensive and adaptive. It is designed to operate efficiently
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