Medical innovations designed to revolutionize the world of modern healthcare

If there’s anything this pandemic has taught us, it’s that health really is wealth! We cannot take our health and well-being for granted, and a mindset of preparation and precaution is extremely essential during these times. The medical industry has taken leaps and bounds in its innovations, to ensure that such a brutal pandemic never happens again. Designers have come up with new, improved and life-saving medical designs that not only boost medical care, but relieve some of the pressure from our tireless medical force. From a prosthetic limb integrated with smart technology to an award-winning Dyson injection accessory, these designs tackle a variety of issues in healthcare and medicine. They are a boon to modern healthcare and a reminder that we can no longer take our health for granted! revolutionize

1. Pinsoft

Pinsoft James Dyson Award winning accessory for needle phobia

Pinsoft James Dyson Award winning accessory for needle phobia

Although its appearance could easily be mistaken for a fancy meat tenderizer, the James Dyson National Award-winning Pinsoft is an injection aid that helps people cope with trypanophobia or fear of needles. Aside from its terrifying appearance, the Pinsoft sits around an injection, and its multiple round tips help stimulate and confuse your skin as the needle works its way through. The gentle stimulation caused by the spikes distracts your brain since it cannot immediately tell the difference between the spikes touching your skin and the needle piercing your skin. By the time you realize what has happened, you’ve finished your shot!


An award-winning concept called AXO aims to create a cast that feels more like a fashion statement than a medical emergency. Most importantly, it’s something that’s easy to put on, can still make your skin breathe (compared to regular cement plaster) and is made from recyclable materials. Designers are also looking into this product to realize the production of medical castings in sustainable ways. The concept also aims to reduce the need for additional examinations and may even prevent further damage to tissue, muscle or bone. How they will be able to do all this is something they did not specify in their concept description.


ECO-FLO was designed as a one-of-a-kind test kit that, instead of relying on nasal swabs, uses a saliva sample instead. The kit consists of four parts: the test kit, the test strip, an absorbent pad and a sachet. While current lateral flow and PCR tests have a much more complicated (and failure-prone) procedure, using the ECO-FLO is much easier and foolproof. Simply open the kit and place your saliva sample into the designated absorbent pad. Close the kit and press the button on the front, and your results will show on the test strip. When you’re done, put the kit back in its bag and dispose of it carefully.

4. Micromed

MicroMed Portable Medicine Dispenser Colors

MicroMed drug dispenser

MicroMed is a conceptual product design that allows for personalized doses of medications. It is more of an advanced medicine dispenser as the doses are based on the characteristics of the user. Data is entered on a companion app to identify and suggest the correct dose. One of the advantages of MicroMed is that you won’t need the blister packaging as it is very expensive. Reduced waste means it’s kinder to the environment for a more sustainable future. The MicroMed also offers a refillable cartridge system, which is an ideal solution, especially for those who regularly take medication.

5. The smart prosthetic arm

The smart prosthetic arm is a wearable design concept that integrates AI and smart technology into the construction of a prosthetic limb. While some prosthetic arms take on the appearance of an actual limb to create a look consistent with the user’s body and skin tone, Lihovski’s design embraces the technology of it all. The robotic aspect also helps normalize the use of prosthetic limbs in common areas. Conceptualized in optical white and slate black, a digital interface wraps around the elbow crease of the prosthetic arm that functions as the smart hub of the prosthetic limb.

6. The C-knee

A design company has come up with a medical design solution to help children with injuries such as damaged menisci and other leg injuries that can affect the knees, especially during the recovery process. The C-knee is a device that the child can wear when recovering from a fracture, sprain or other injury. It is designed like the usual leg brace that athletes wear but with mesh padding to accommodate the knee area. I guess it’s something kids will wear after the cast comes off and doctors and parents need to keep a close eye on their knees.

7. Mae

Mae is an inhaler that incorporates electronics to ensure that a user gets the exact dosage they need. It also includes a screen that guides them through the process so they don’t have to worry about forgetting a step. The most important part, however, is that it is driven by the person’s natural breathing cycle. They don’t have to make sure they time everything perfectly. They just need to inhale, and the electronics detect this and administer the dose as needed. You’ll still have to hold your breath afterwards, but there’s now an on-screen timer for your convenience.

8. Decibel hearing aids



Connecting with people can be easier with Decibel Hearing Enhancers. The tiny device features hearing technology designed in a form you won’t be ashamed to wear. It’s not just an ordinary hearing aid or medical device. People may even confuse this with an earpiece. Conventional hearing aids are usually hidden or associated with disabilities or aging. With decibels, such social stigma can be removed. But even if you have a hearing problem, you have nothing to be ashamed of, especially since the Decibels Hearing Enhancers are designed with a more modern and sleek look.

9. Home breath analyzer

Most of the home medical devices we have are more functional and not design oriented. The important thing for most users is that it does what it’s supposed to do, whether that’s measuring blood pressure or taking your oxygen saturation level. But what if the design of the device actually contributes to how often the “patient” will use it, and if how often they use it is tied to early detection and diagnosis? This is the idea behind the concept of a home breath analysis device by designer Lucas Couto. Anyone who has cared for a patient at home, whether a family member or a professional, knows how difficult it can sometimes be to get them to use a device that is supposedly good for their health.

10. Fanny

Designer Abel Szabo focuses on the problem of wrist injuries to create a rehabilitation product that facilitates the user through the process of strengthening muscles and tissues. Nicknamed Fanny, this medical wrist rehabilitation aid is specially designed for people recovering from a nagging injury to their wrist or hand, or those who continue to suffer from the same injury due to negligence in the past. Abel is also looking to design a practical solution for people who develop tennis elbow or are at risk of developing it in the future due to the repetitive nature of their task.

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