In　order　to　enlarge　the　application　range　of　base　isolation　technology,　a　new　three-dimensional　base　isolation　and　overturn　resistance　device　(3D-BIORD)　was　developed　and　relevant　experimental　studies　were　carried　out.　Design　process　of　the　device　is　introduced.　Based　on　the　pseudo-static　tests,　horizontal　and　vertical　mechanical　properties　of　the　device　were　studied.　The　3D-BIORDs　were　installed　on　the　bottom　of　a　high-rise　steel　structural　model,　and　then　shaking　table　tests　for　comparison　between　the　uncontrolled　structure　and　the　controlled　structure　were　performed.　Ground　motions　of　different　site　types　and　acceleration　amplitudes　were　input　from　the　shaking　table　to　the　upper　structural　model.　Dynamic　characteristics,　acceleration　and　displacement　responses　and　base　shear　reactions　of　the　model　were　measured.　The　experimental　and　analytical　results　show　that　3D-BIORDs　are　of　good　stability　and　strong　reliability,　the　structure　is　still　safe　under　rare　earthquake　action　of　intensity　8　degree.　The　device　has　favorable　control　effects　for　the　dynamic　responses　of　the　structure　under　the　action　of　the　four　ground　motions　of　different　site　types,　and　the　acceleration　amplitude　has　little　influence　on　the　control　effect.