Aseptic　loosening　induced　by　wear　debris　is　a　major　problem　for　artificial　joints.　Besides,　the　nonfunction　of　secreting　synovial　fluid　weakens　the　formation　of　the　lubricating　film　on　the　surface　of　artificial　joints　after　joint　replacements.　In　this　contribution,　a　thermosensitive　poly(epsilon-caprolactone)-poly(ethylene　glycol)-poly(epsilon-caprolactone)　(PCEC)　hydrogel　carried　BSA　(PCEC/BSA)　was　synthesized　and　was　filled　into　textured　dimples,　which　were　used　as　the　depots　of　PCEC/BSA　composite　hydrogel　in　the　textured　surface.　The　results　indicated　that　PCEC/BSA　hydrogel　can　release　BSA　lubricant　slowly　as　an　efficient　carrier　and　form　a　thin　protein　adsorption　film　on　the　sliding　region.　The　laser-textured　surface　with　a　pitch/diameter　ratio　of　1.2　has　39.1%　similar　to　58.0%　lower　friction　coefficient　than　that　of　un-textured　surface　under　simulated　body　fluid,　which　is　mostly　because　protein　adsorption　effect　can　be　applied　on　this　special　design　to　achieve　sustained-release　lubrication　action.　This　work　offers　a　new　insight　on　the　design　of　textured　dimples　storing　artificial　lubrication　matterials.