A critical process in product development that focuses on speeding up design iterations, cost-effectiveness, and design validation. Rapid prototyping is most commonly performed with additive manufacturing technologies as turn around times can be shortened and production runs can be varied in quantities. This method quickly identifies and fixes product flaws in form, fit, and function.
Our core commitment for rapid prototyping is to deliver solutions that inspire progress, ensuring your projects are built on a firm foundation. This a is a process driven step in product development. A basic cycle for rapid prototyping can be found below.
Our rapid prototyping follows a well-choreographed, self-contained process that rigorously manages the part lifecycle. From initial concept to final production, every part is carefully regulated, thoroughly vetted, and tested before release. This structured approach ensures close monitoring for functionality and errors at every stage, guaranteeing quality results.
Fail fast, learn faster. This speed is the engine of the iterative process, allowing designers to conduct more cycles of improvement in a shorter time frame. Many times, iterations can be done simultaneously without need for extra tooling or programming.
A core focus of rapid prototyping is to drastically reduce the time needed to create a physical part from weeks to days, or even hours. As a process becomes more streamlined, tooling investment falls, time to market decreases, and material waste drops, each contributing significantly to cost savings and accelerating revenue.
Designs are no longer limited to external geometries or tight spacing. Infill can be modified to allow for energy or impact absorption and weight reduction. Exotic internal structures for cooling and fluid channeling can be implemented where previously thought impossible. Topology can be made more organic and smooth without compromising performance.
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