» Easy to build
» Serves as a Faraday cage to prevent your experiments e.g. in electrophysiology to be shielded from external interference from electrostatic fields and electromagnetic waves generated by the other devices nearby.
» Serves as an optical noise enclosure background light from the lab does not disturb the measurement to enable the detection at single photon level
» Also serves as dust covering
» Box: Size: up to 1 m x 1 m x 1.1 m, the exact size depends on the final configuration of the microscope
» Door opening: roller curtain or tilting door
» Cabel tunnels by customer requirements (number of the cable tunnels: up to 8)
» Color: white
• Option: Black colored box to maximally avoid all harmful reflections
» Optional light
• Internal built-in light sources
• Built-in germicidal UVC lamp(s) for sterilization and disinfection
» Sound proof with tilting door recommended for resonant scan head microscopes:
• Sound-proofing implementing providing acoustically isolated blackout box
» Easy to build
» Serves as a Faraday cage to prevent your experiments e.g. in electrophysiology to be shielded from external interference from electrostatic fields and electromagnetic waves generated by the other devices nearby.
» Serves as an optical noise enclosure background light from the lab does not disturb the measurement to enable the detection at single photon level
» Also serves as dust covering
» Box: Size: up to 1 m x 1 m x 1.1 m, the exact size depends on the final configuration of the microscope
» Door opening: roller curtain or tilting door
» Cabel tunnels by customer requirements (number of the cable tunnels: up to 8)
» Color: white
• Option: Black colored box to maximally avoid all harmful reflections
» Optional light
• Internal built-in light sources
• Built-in germicidal UVC lamp(s) for sterilization and disinfection
» Sound proof with tilting door recommended for resonant scan head microscopes:
• Sound-proofing implementing providing acoustically isolated blackout box
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