Style Your Desk and Increase Productivity with Colorful 3D Printed Statial Ergonomic Mouse
3D printing and ergonomics tend to go together as they appeal to individuals with a more modernistic, high-tech style that is a natural match for digital design. Since most of us spend a lot of time in the office or in a chair of some sort using electronics, this is where the art of ergonomics seems to come in most handy.
Take your mouse, for instance. You might be very surprised at the amount of time you log in with that bad boy working, gaming — or both. For either venue, the everyday humdrum mouse may not be cutting it at all. You and your mouse may be ready to hit the big time with comfort, style, and just to make it even more cool — a little hacking business.
PyottDesign brings you a really fun and easy way to jazz up your mouse and put it to the test with everyday use. If you aren’t familiar with the Statial design, it’s an extremely customizable 3D printed mouse made for the modern user.
Made up of multiple parts, it allows for ambidextrous users, can be locked and unlocked easily, and is meant to be used in creating comfort and precision. If you can’t 3D print one, they can be easily ordered through 3D printing services in a variety of colors.
For making your own ergonomic mouse, you will need some supplies:
- A Statial 3D print
- A Logitech M100 mouse for complete dismantling
- Medium sized Phillips head screwdriver
- A coin
- Compressed air
In a fun and simple exercise, you’ll be up and running with your Statial mouse in no time. It’s important to note that this project will only work with the M100 mouse.
Since the Statial print will come to you in 18 interlocking parts, you’ll need to unlock it and free up the hinges so they can move easily. Use the coin to lock or unlock the parts. They recommend blasting the Statial print with compressed air just to make sure it’s completely clean and ready for assembly with the Logitech mouse.
Dismantling the Logitech mouse by unscrewing it and taking off the outer shell looks easy enough, but remember to save the hardware when you start taking it apart, for later use. Simply by pinching the Statial print from the back and launching it onto the area of the mouse now missing its conventional shell, you can align it and pop it right into place, putting the USB cord into the appropriate slot.
Use the coin to lock it back in place, and your ergonomic Statial mouse is ready to rock. If yiou need to make adjustments, just keep using the coin to lock and unlock it until you reach your comfort level.
I’m thinking this looks like a perfect weekend project — and what a great gift for a family member or friend at the office. It’s a good way to gain efficiency and add flair to your desk a la 3D printing.
Is this something you are interested in 3D printing? Have you 3D printed any items for your desk area or office? What about gaming equipment? Tell us your thoughts in the 3D Printed Statial Ergonomic Mouse forum over at 3DPB.com.
PyottDesign is a company completely dedicated to the exploration of 3D printing and helping to make it accessible to the public. They are very interested in studying the impact it will have on the world. PyottDesign offers various designs and products, as well as offering tools for 3D printing enthusiasts.
You May Also Like
Jumbo 3D Manufacturing Partners with MOBILIS Medical for 3D Printing in Healthcare
Last year, diversified business Jumbo Group, which is the UAE’s leading distributor of IT and consumer electronics, launched a new business dedicated to 3D printing called Jumbo 3D Manufacturing. Now,...
Interview with RESA’s Glen Hinshaw on 3D Printing Shoes
Glen Hinshaw’s path to 3D printing is more circuitous than most. He used to ride in professional cycling circuits, was on the US Postal cycling team, founded a circuit board...
Thermwood & Purdue: 3D Printed Composite Molds to Make Compression Molding Parts
If I had to name one company that’s an expert in terms of machining, I’d say Indiana-based Thermwood Corporation, the oldest CNC machine manufacturing company in business. The company has...
TU Delft: A New Approach for the 3D Printed Hand Prosthetic
In the recently published ‘Functional evaluation of a non-assembly 3D-printed hand prosthesis,’ authors (from TU Delft) Juan Sebastian Cuellar, Gerwin Smit, Paul Breedveld, Amir Abbas Zadpoor, and Dick Plettenburg outline...
View our broad assortment of in house and third party products.