Our challenge was to make Lima a lower cost monitor arm that still delivers high level quality. And here’s how we did it…
First, we reviewed our current portfolio and processes.
We looked for ways to adjust them so we could deliver maximum performance at an affordable price.
Investigating existing grip designs like tripods, bike seats and shower heads, we considered Lima’s arm to post connection. We eventually decided on an easily recognisable button mechanism.
Our next challenge was to decide what gripper mechanism the button would operate.
Enter the humble wedge-shape door stop.
Simple and effective, it was the perfect inspiration for Lima’s patent pending gripper design.
Then, we refined the gripper to reduce the number of moving parts and materials.
This made it possible to install two separate arms on the post, with enough space for integrated cable management too.
And while still ensuring ergonomic performance, we reduced the amount of materials and manufacturing processes used to make the post.
Shape and size of post decided. But what would it be made from?
We considered a high-performance composite polymer because it uses less energy in post processing than aluminium.
To double check this composite polymer was strong enough for Lima, we tested a chair leg that was made of the same material.
After being subjected to a whopping 54kg, it didn’t bend or break.
Our new material was definitely the right decision.
What happens to Lima at the end of its life was another question we needed to answer before production even started.
By making it easy to disassemble into aluminium and composite polymer elements, Lima is easier to recycle.
Choosing the composite polymer for Lima’s arms uses less energy for manufacture and transport, and this reduces environmental impact too.
And so, our challenge was complete. Absolute value for our customers. And a Red Dot design award for us.