Wedge-shaped　microstructures　mimic　the　remarkable　adhesive　capabilities　of　gecko　feet　due　to　their　distinct　anisotropic　characteristics.　The　ability　to　control　adhesion　in　these　microstructures　is　particularly　advantageous　for　stable　surface　grasping.　However,　their　widespread　use　is　hindered　by　challenges　of　the　precision　required　in　their　fabrication.　This　study　introduces　an　innovative　double　replica　molding　procedure　fabrication　method　to　produce　microwedge　adhesives　with　sharp　tip.　This　method　demonstrates　the　ability　to　obtain　a　sharp　microwedge　adhesive　tip　that　cannot　be　realized　using　traditional　photolithography　or　ultra-precision　machining　techniques　in　mold　casting.　The　adhesion　tests　demonstrate　that　the　microwedge　adhesive　with　a　sharp　tip　exhibits　excellent　surface　features　alongside　enhanced　reliability　and　adhesion　strength.　Additionally,　anisotropic　characteristics　are　demonstrated　by　loading　in　preferred　and　reverse　directions,　respectively,　and　the　influence　of　motion　parameters　on　the　adhesion　was　systematically　studied.　The　durability　results　show　that　after　600　adhesion-detachment　cycles,　the　normal　adhesion　and　shear　load　only　decrease　by　13.7%　and　18.7%,　respectively.　This　promising　approach　for　fabricating　microwedge　with　sharp　tips,　paves　the　way　for　effective　applications　in　industrial　settings　and　space　exploration.