Product design is a one-of-a-kind process that necessitates collaboration among designers, engineers, and scientists. It is a continually developing process. And, before calling a design effective, there are several R&D processes in which prototyping is essential these days. Currently, 3D printing is used in medical device prototypes, but if you have access to mass production, prototype injection molding is an effective approach to explore in order to achieve your design. To be successful, your product must meet the demands of the individuals who use it. This article will discuss how efficient and effective product design can help make medical goods more accessible. You’ve definitely heard about the significance of market research, product design, and product development if you’re planning to create a new medical product. But what does it all mean? And how does all of this come together to produce a successful medical product?
First Rule – The Design should be “Less Medical.”
As medical technology progresses, more people rely on medical devices to retain their freedom. These objects can be made to look wonderful, increase the quality of life, and generate a positive perception. A medical device quality management system is a must when it comes to successful medical product development. For example, respirators. In the future, oxygen concentrators, pumps, and elevators will all be common. Few people, however, want to stand out from the crowd or be identifiable by their devices.
Design a medical product.
Gadgets that are used for general health maintenance and monitoring, rather than acute therapy, are becoming increasingly popular. Individuals are extremely private about their health, thus applications and wearable devices that help individuals maintain their health and fitness do not want to be too visible. Medical designers use the prototype injection molding method to make “less medical” designs more reachable.
Second Rule – The device must Be Easily Cleanable
After the design idea, the most significant aspect of medical equipment is that they are easily cleanable. The device you are designing may be exposed to acids, alcohols, bodily fluids, chemicals, and numerous sorts of germs and viruses. Because these are medical devices, they should not include any potentially dangerous substances. As a result, you must guarantee that the design allows people to clean it fast and easy. Many products are made with plastic injection molding, which means that there will be microscopic gaps between housings and enclosures. If they are unavoidable, there are a few strategies for reducing them. Although overlapping features or fake covers can be used to mask these seams, the sealed gap should be as tight as possible. Depending on the environment in which the product will be used, disclosed gaps should be able to be wiped with at least a fingertip.
Third Rule – Understanding Users’ Demand
The function and aesthetics of medical gadgets must be balanced. The device must be able to catch the attention of the consumer. It was not always required, but consumers are becoming increasingly concerned about the appearance of their devices. Quiet and non-embarrassing medical devices are becoming increasingly popular. Remember that designers must understand consumer wants at all levels, from general to detailed. A designer can develop a concept design, as well as a design review form and checklist, based on the inputs. Everyone is on the same page as a result of this.
Fourth Rule – It should Be Easy to Grab
Rough or abrasive textures are uncommon in hospitals and medical settings. When holding a product in your hand, it should not be overly smooth or too sticky. Holdable shapes are intended to fit the curves of the human hand while providing appropriate tactile feedback without demanding a tight grip. Matte or gently sanded textures are both functional and visually pleasing.
Fifth Rule – Consumers’ Opinion
People are not always sure what they need. They will be happy to tell you how they feel about everything, especially their health. You can show them a design prototype and document their reactions. You will almost certainly provide them with technical information, while they will most likely provide you with their own comments and thoughts. Pay attention to their comments and incorporate them into the design. Find a way to incorporate their ideas into your own.
Sixth Rule – Apply colors sparingly
Color is important in the design of any product. When it comes to medical products, you should use color wisely. For example, if the gadget has buttons, the safe buttons should be included. Color creates strong emotional responses in humans. Warm colors, such as golds and yellows, offer a sense of calm in prenatal settings meant to stimulate nurturing, yet bright primary colors are amusing and engaging to children in other situations. Bright colors convey liveliness and enthusiasm, and they might be used in fitness or activity-related healthcare products.
Conclusion
In this post, we discussed six rules. However, these are not enough. Before creating a medical device, there are a few more factors to consider. For instance, the design should be clear and easy to find. There are plenty more variables to consider. However, we have covered some of the most important rules. We hope this post has been beneficial to new medical product designers and learning engineers.
Author Bio
I am Priya Varma, and I have been working as Content Writer at Rananjay Exports for past 2 years. My expertise lies in researching and writing both technical and fashion content. I have written multiple articles on Gemstone Jewelry like Amethyst Jewelry and other stones over the past years and would love to explore more on the same in future. I hope my work keeps mesmerizing you and helps you in the future.
