Invent India Innovations Pvt. Ltd.

lower back muscle.

We started with a detailed research to understand the ergonomic concerns of the physiotherapists and did a time and motion study to understand the pain points from the overall process perspective. The user study indicated that the same device with a focused therapy laser, and a single head, was not sufficient for both small area for localised/precision therapy as well as large area surface therapy. 

InventIndia team started brainstorming ideas of the physiotherapy device with multiple heads that could reduce the overall time to heal the larger areas keeping the strengths required to heal the injury area in a focused way. The final patent pending product created by us ended up being a dual head therapy laser, that can conveniently and quickly switch electronic signals from one side to the other with the press of a button. 

This handheld device, has the ability to sell as a personal therapy device in the US and Europe, and can be sold as a physiotherapist/physicians device in the Asian countries where the audience is more price-sensitive and the hourly rates of physiotherapy are a fraction of the rates in Europe or US. This product has won several awards, and has various mentions as an Indian startup having the potential to establish a global brand for a universal physiotherapy product. 

hassle.

 

To address different sizes and target audiences for the tape, we developed multiple packaging options like blister packs stand, tabletop displays, sidekicks and box packaging as well as triangular packaging. As this was a new invention, we had to communicate the process of how to insert the clip onto the tape. This took prime importance on the package and to minimise the SKUs as packaging options, we came up with some interesting ways to manage different thicknesses and lengths of tapes in limited packages.

stability and clear visibility of all important parameters from P-waves to the last notches on QRS making the ECG signal from BTL absolutely remarkable. Moreover, this system is paperless which saves costs and reduces the exposure to bisphenol used in thermo-printing.

 

While creating this product, various tests, usability studies and design iterations we carried out before arriving at the final design. Elements like – semiotics, ergonomics, how and where the device should be worn and how it should be clipped into position were taken into consideration. 

 

The buttons were placed on the side instead of the front so that the ECG could be operated while it was worn. The battery was placed at the bottom, closer to the belt clip so it wouldn’t move or prop up. Apart from this, since it is a medical device special care was taken in the overall design and engineering to ensure that we have a robust handheld product that complies to all necessary standards.