Ergonomics and mechanical keyboards are two topics that have lately been on everyone’s lips in gaming forums and office cubicles. Ergonomics is all about comfort and efficiency, and mechanical keyboards are renowned for their longevity and tactile feedback. Therefore, the best way to enjoy the best of both worlds is to build an ergonomic mechanical keyboard.
With an ergonomic mechanical keyboard, productivity goes to a whole new level. The keypress sounds and the feeling of each keystroke give an impressive typing experience. More so, ergonomic mechanical keyboards boost efficiency by reducing the physical stress associated with constant typing, especially for programmers, gamers, and heavy keyboard users.
So, for anyone who has dreamt about crafting a personalized ergonomic mechanical keyboard, this article will guide you through the construction phases. This process is revealing and highly rewarding when you finally start using your custom-made ergonomic mechanical keyboard.
#### Step One: Choose the Right Mechanical Switches
Switches are at the heart of mechanical keyboards as they facilitate keypress functions. When choosing the switch for an ergonomic mechanical keyboard construction, you need to factor in ‘actuation point,’ ‘force,’ and ‘key travel.’
* An actuation point is the depth at which a keypress is registered by the keyboard. A lower actuation point (1-2mm) reduces typing fatigue.
* Force refers to the pressure needed to press each key. Lighter mechanical switches (around 45 grams) lower finger stress.
* Key travel defines the distance covered by a key from the resting position to the bottom. A reduced key travel also lowers finger fatigue.
Cherry MX Brown or Red switches are often recommended for ergonomic mechanical keyboards because of their sensitivity and minimal force requirements. However, options are diverse, including Razer, Topre, Kailh, and Gateron.
#### Step Two: Decide on the Right Ergonomic keyboard Layout
Typical QWERTY keyboards strain wrists and forearms due to their flat layout. That’s why programmers, gamers, and writers tend to lean towards ergonomic mechanical keyboards that reduce subsequent damage from carpal tunnel syndrome and repetitive strain injuries.
In the ergonomic keyboards’ landscape, three main configurations influence the typing experience: split designs, ortholinear keys, and concave/convex patterns.
* Split design ergonomic keyboards divide the board into two halves, allowing the wrists and hands to sit at a more natural angle. This design minimizes ulnar deviation.
* Ortholinear keyboards align the keys in straight columns and rows to reduce finger travel across the board.
* Concave designs curve the keys downwards, while convex patterns curve them upwards, thereby minimizing radial deviation and wrist extension.
Thus, you should choose the keyboard layout that best conforms to your unique typing style and preferences.
#### Step Three: Determine the Keycaps
Keycaps vastly influence the typing experience due to their material, texture, layout, and profile. PBT (Polybutylene Terephthalate) keycaps are preferable to ABS (Acrylonitrile Butadiene Styrene) due to their durability and finger-friendly texture.
For the keycap profile, cylindrical, flat, spherical, or sculptured options are available for ergonomic mechanical keyboards. Sculptured profiles have each row at different heights, while the rest are uniform. Spherical or cylindrical profiles reduce finger movement and provide a comfortable typing surface.
#### Step Four: Select the Case Material
The case material enhances the keyboard’s overall aesthetics and influences sound, weight, sturdiness, and price. Plastic cases are lightweight and affordable, but they’re sometimes of lower quality compared to metal cases. However, higher-grade plastic like PBT offers a balance between affordability and durability.
Metal cases are mostly aluminum and offer excellent sturdiness, premium feel, and sound dampening. But they’re weighty and can cost a pretty penny. Of course, you can still opt for wooden cases for an exotic feel or mix different materials depending on your aesthetic appeal and budget.
#### Step Five: Keyboard Assembly
With the critical components now at your disposal, the final step is to assemble the ergonomic mechanical keyboard. Regardless of the keyboard’s layout, the assembly process is often similar.
Firstly, attach the switches to the printed circuit board (PCB), ensuring that they properly align with the respective holes. Then firmly solder each switch pin to secure them onto the PCB.
Secondly, the stabilizers are installed to offer stability to larger keys like the space bar, enter, shift, and backspace.
Once done, attach the keycap to each switch according to your preferred keyboard layout. Finally, encase the assembled unit in the selected keyboard case—test each key to ensure they’re working correctly.
You now have your ergonomic mechanical keyboard. The typing speed, accuracy, and overall experience will undoubtedly go a notch higher with the new setup.
Building an ergonomic mechanical keyboard might be time-consuming, but it gives an unrivaled typing experience. It’s a captivating DIY project for gamers, writers, coders, and hardware enthusiasts who fantasize about having a personalized mechanical keyboard designed for efficiency and comfort.
