A　thermal　bubble-driven　micropump　with　magnetic　induction　heating　is　successfully　demonstrated　in　this　paper.　Energy　is　transferred　from　the　planar　coil　outside　the　microchamber　to　the　metal　heating　plate　inside　the　microchamber　through　the　electromagnetic　field,　and　Joule　heat　is　induced　by　the　eddy　current　in　the　heating　plate.　Sequential　photographs　of　bubble　nucleation,　growth　and　shrink　in　open　environment　were　recorded　by　a　CCD　camera.　One　advantage　of　the　micropump　is　that　there　is　no　physical　contact　between　the　heating　plate　and　the　external　power　supply　circuit,　which　resulted　in　an　easy　fabrication　process.　What＇s　more,　compared　with　other　thermal　bubble-driven　micropump　with　resistive　microheater,　the　flow　rate　and　the　pump　stroke　have　been　improved　significantly　due　to　its　larger　dimension　of　the　heating　plate　and　larger　bubbles　volume.　The　experiments　show　that　the　maximum　flow　rate　of　this　micropump　is　about　102.05　mu　L/min,　which　can　expand　the　potential　applications,　especially　for　microfluidic　system　that　requires　higher　flow　rate.