All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Electron Beam Melting is an additive technology that uses and electron beam to melt and fuse fine layers of titanium powder into a solid. These fine layers are built up one at a time to create the full design.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Electron Beam Melting is an additive technology that uses and electron beam to melt and fuse fine layers of titanium powder into a solid. These fine layers are built up one at a time to create the full design.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Second Generation

Second Generation

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Second Generation

Second Generation

Mating surfaces and threads were CNC machined post-printing to ensure tight tolerances of assembly. Compared to traditional machining from forgings, this post-processing is minimal.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

Due to the minimal machining and finishing, cleaning is a simple process simply to remove any oils or remaining powder.

The tops of the spokes were hand brushed to create a beautiful decorative finish. Because Titanium has excellent corrosion resistance, no additional powder-coat or clear-coat was necessary.

Electron Beam Melting is an additive technology that uses and electron beam to melt and fuse fine layers of titanium powder into a solid. These fine layers are built up one at a time to create the full design.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

Mating surfaces and threads were CNC machined post-printing to ensure tight tolerances of assembly. Compared to traditional machining from forgings, this post-processing is minimal.

The tops of the spokes were hand brushed to create a beautiful decorative finish. Because Titanium has excellent corrosion resistance, no additional powder-coat or clear-coat was necessary.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

The excess titanium powder is removed to reveal the final design and recycled for future parts.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

The tops of the spokes were hand brushed to create a beautiful decorative finish. Because Titanium has excellent corrosion resistance, no additional powder-coat or clear-coat was necessary.

The tops of the spokes were hand brushed to create a beautiful decorative finish. Because Titanium has excellent corrosion resistance, no additional powder-coat or clear-coat was necessary.

The additive design is built up in a bed of fine titanium powder which results in very little wasted material, unlike traditional subtractive methods like machining from a solid forging.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

Due to the minimal machining and finishing, cleaning is a simple process simply to remove any oils or remaining powder.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Temporary internal support structures are printed along with the part to provide support to the structure and to facilitate extremely complex designs. These are removed by hand and recycled after printing.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

The excess titanium powder is removed to reveal the final design and recycled for future parts.

The tops of the spokes were hand brushed to create a beautiful decorative finish. Because Titanium has excellent corrosion resistance, no additional powder-coat or clear-coat was necessary.

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

All the parts were hand-assembled into a carbon-fiber rim barrel using titanium fasteners.

Featuring lattice structure, hollow rim register, intersecting spoke connections with pass throughs

Second Generation

Second Generation

Second Generation

Second Generation

Second Generation

Second Generation