A　scheme　is　presented　for　teleporting　an　unknown　state　in　a　trapped　ion　system.　The　scheme　only　requires　a　single　laser　beam.　It　allows　the　trap　to　be　in　any　state　with　a　few　phonons,　e.　g.　a　thermal　motion.　Furthermore,　it　works　in　the　regime,　where　the　Rabi　frequency　of　the　laser　is　on　the　order　of　the　trap　frequency.　Thus,　the　teleportation　speed　is　greatly　increased,　which　is　important　for　decreasing　the　decoherence　effect.　This　idea　can　also　be　used　to　teleport　an　unknown　ionic　entangled　state.