Featuring high rigidity and low mass ratio.It adopts a honeycomb hollow structure, consisting of upper and lower panels, sealing cups, and a honeycomb core plate. The internal honeycomb core plate is custom-designed, with a size 50% smaller than that of standard honeycomb cores. This design increases the number of honeycomb core units per unit area, thereby significantly boosting the bonding area and load-bearing capacity.

    The panels are made of high magnetic permeability stainless steel (430), with M6 threaded holes arranged in an equidistant 25x25 mm grid. The default distance from the edge holes to the breadboard’s edge is 37.5 mm, with an optional 12.5 mm spacing available for convenient mounting of experimental accessories. Additionally, the surface is rust-proof, ensuring laboratory cleanliness.

    The isolation cups are custom-molded from POM. They prevent noise from resonating inside the breadboard (which could introduce experimental errors), while also providing dustproof, waterproof protection and preventing small objects from falling into the platform’s interior for easy cleaning. The internal honeycomb core plate is formed by bonding thin steel plates into a true honeycomb structure, enabling the breadboard to maximize the force-bearing area while minimizing its overall mass.