CAD, CAM & CNC

Our journey in developing the strap plates began with meticulous design work using CAD software. This allowed us to create precise digital models, ensuring every detail was carefully considered.

We then moved into the prototyping phase with 3D printing. Enabling us to bring our digital designs to life quickly and accurately. By printing multiple iterations, we could test the fit, function, and ergonomics of the plates in real offroad scenarios, making adjustments as needed.

Once we were satisfied with the 3D-printed prototypes, we advanced to aluminum prototypes. Machining the strap plates from actual blocks of 7075-T6 Aluminum, allowing us to assess their strength, durability, and overall performance under realistic conditions.

Since CNC Machining is a material removal process it's frequent to end up with lots of waste, we used CAM (Computer-Aided Manufacturing) and other approaches such as Nestings to optimize the production enabling us an efficient use of resources to bring these to you at an affordable price without compromissing on the quality.

In the end we submit the strap plates to anodization. Given the particularities of this process, we outsource it to trusted experts in this field. Their specialized knowledge ensures a durable, corrosion-resistant finish that enhances both the appearance and lifespan of the strap plates under harsh offroad conditions.