About Us
Suppa's story
Looking for a solution
In 2023, I had to take a liquid medicine with a pipette. I realized that I didn't know where to put the pipette and that the drops were sticking to my nightstand. That's when I started looking for a solution to this problem...
First pipette holder
Using 3D modeling software, I created and printed a first pipette holder, simple but effective... It consisted of three extrusions of rectangles with a sub-extrusion of a circle to pass the pipette through. There was still no way to group the bottle and the pipette together.
Birth of Suppa One
The start of the project
Seeing that this product interested many people, I started to design and think about the pipette holder, considering a receptacle to put the bottle on... And that's how Suppa One was born...
The arrival of a new prototype
Although Suppa One is suitable for combining pipette and bottle, it is less practical to carry. I had thought about a version of Suppa One made of two parts that fit together, but this was not practical. So a new model was needed...
Although Suppa One is suitable for combining pipette and bottle, it is less practical to carry. I had thought about a version of Suppa One made of two parts that fit together, but this was not practical. So a new model was needed...
This product will become Suppa Two...
Suppa's story
Solving a problem encountered
I have been playing golf for a long time, and I have encountered a problem: golf tees, often made of plastic, break or get lost easily, which is very annoying. So I started looking for a solution...
To solve a first problem: the loss
The most common problem with golf tees is that we lose them, we have to buy them in large quantities each time to lose them again, which is not very economical and ecological because we often leave them after playing, that's why I thought of a solution: connect the tees together with a string, and that's when the first vanotee was born in 2023, it was sold in two golf courses and was very popular. There were 6 tees of different sizes that were pierced and connected with a string.
To solve a second problem: breakage
So I started by modeling a tee in 3D, with many successive versions, of which this is the first. During an internship at the Pôle de la Plasturgie in Oyonnax, I was able to print my tees in TPU, a plastic that is almost unbreakable due to its flexibility. Although this version is very resistant, it was unusable because it could not sink into the ground. So other improvements had to be made, a process that required a lot of time, thought and many prototypes.