Bigatmo frames

We’ve used titanium for our first collection, a metal with a lovely natural finish associated with both high-tech precision engineering and jewellery. It is ultra lightweight, very strong, extremely workable, corrosion resistant and hypo-allergenic.

Our designers have used these properties to the full and have produced a five model collection with organic, fully rimmed fronts and slim, unobtrusive temples. Sometimes less is more and these understated styles prove the point:

Understated design Technically sophisticated with high attention to detail and organic sculptured profiles.

Nose pads Neat and fully adjustable for a customised personal fit. They are less likely to snag hair than conventional adjustable designs.

Temples and eartips Extremely thin and shaped to fit the head, made from Beta-Titanium which is tensioned to provide a comfortable, secure fit. The inside of the tips are coated with a special epoxy finish designed to provide grip without pulling hair.

Hinges Designed for smooth operation, incorporating stops to prevent the eartips damaging the lenses.
It is a painstaking journey which takes a significant amount of time and masses of effort. The results are worth it. Bigatmo frames are designed for the long term. We believe that sophisticated functionality can be extremely stylish and that is what we have sought to achieve.

Computer Aided DesignZoomIcon

3D CAD

Bigatmo frame design is a sophisticated process. Our design team is led by Anthony Harrison-Griffin, a multi-award winning Industrial Designer. He begins the process with free thought and sketches which are then developed using 3D Computer Aided Design. This allows us to model every part of our sunglasses and test virtually everything including the fit, look and mechanical function.

CAD

Modelling

We create models using two very different techniques. One is called Stereolithography which uses the CAD design files, lasers and liquid plastic to generate a highly detailed plastic model, which appears to grow out of the fluid. The model is used to ensure that the every aspect of the design works as well as we hoped it would. The second model is in aluminium, using computer controlled milling machinery (a 5 axis CNC milling machine in fact!). Our production engineers use this in conjunction with the CAD files to construct the production prototypes. CNCCNCframe