This　paper　presents　an　automated　ice　mantle　maker　based　on　heat　pipe　technology　and　the　procedure　for　automatic　forming　an　ice　mantle.　Also,　we　investigated　effects　of　this　method　on　the　temporal　behavior　of　the　triple　point　temperatures.　Our　results　indicate　that　beyond　24　hours　after　preparation　of　the　ice　mantle,　the　temperatures　of　triple　point　of　water　(TPW)　measured　during　six　days　are　in　good　agreement　within　0.05mK.　Therefore,　this　new　method　is　capable　of　satisfying　the　demands　for　the　most　accurate　realization　of　TPW.　Moreover,　compared　with　the　others,　it　can　be　concluded　that　strains　introduced　during　preparation　of　the　ice　mantle　are　rather　smaller.