3D printed seat cushion

Zoned shock absorption | Lattice structure | Anti-slip texture

3D PRINTING TECHNOLOGY

The seat cushion uses polyurethane composite material to print elastic lattice structures through continuous digital light curing printing technology (DLP). These hollow lattices are ventilated and breathable. The rider remains comfortable even after long rides. There is still no trace on the surface of the folding test

INTEGRATED ZONING SHoCK ABSORPTION

ROCKBROS is powered by Hyperganic, a 3D printing software platform company. The seat cushion is ergonomically designed. The degree of cushioning is designed according to the muscle groups that are in contact during the ride. The degree of cushioning is designed to provide comfort in specific areas. The cushioning absorbs impact and improves stability for comfort. Safe riding experience

LATTICE SPRINGBACK STRUCTURE

The integrated seamless hollow lattice structure provides excellent support and rebound shock absorption to improve stability and reduce soft tissue stress.

EFFECTIVELY REDUCE PRESSURE

In order to further reduce the pressure in the pressure area, Hyperganic adjusts the lattice structure in the corresponding area to provide a comfortable experience for cyclists and commuters, and also to bring a breakthrough in performance to competitive riders.

STREAMLINED DESIGN

The streamlined design of the seat cushion can effectively reduce the air resistance caused by the seat cushion during riding, improve riding comfort, and aim to allow the rider to ride farther and ride more comfortably

CHROME MOLYBDENUM STEEL PANTOGRAPH

Chromium-molybdenum steel seat arch provides strong support for riding, strong toughness, not easy to deform, effective shock absorption, lighter weight, higher strength

SURFACE ANTI-SLIP TEXTURE

Hyperganic uses algorithm engineering to select the lattice design for the functional base part of the saddle based on the materials used in the design of the saddle and the factors of the printing equipment. At the same time, it can also generate an aesthetic external lattice structure, taking into account the shape and function of the seat cushion without directly exposing the interior. The printed structure is covered with a layer of skin on its surface, with non-slip textures and surface ventilation holes, so that it is beautiful and has the ability to dissipate heat.

RIDING WITHOUT GRINDING YOUR LEGS

The front section of the ergonomically designed seat cushion is narrowed and the rear end is wide, which can effectively cushion the pressure during riding and make riding more comfortable

POLYHYDRIC ESTER COMPOSITES

The bottom plate of the seat cushion is made of polyhydroester composite material, which is sturdy and durable, and the bottom plate bears even force and is not easy to break, so that people can ride with confidence during riding.