IMPLANT LOADING TOOL AND MEDICAL DEVICE

An implant loading tool and a medical device are disclosed. The implant loading tool includes an outflow cone (10) and an inflow cone (20) configured to detachably coupled to the outflow cone (10). The inflow cone (20) is configured to be inserted into the outflow cone (10) in a first direction, thereby performing a first compression against an implant. The inflow cone (20) is also configured to be detachably coupled to the outflow cone (10) in a second direction opposite to the first direction, thereby performing a second compression against the implant. When the inflow cone (20) is coupled to the outflow cone (10) in the second direction, it is coaxial with the outflow cone (10) and is prevented from radial and axial displacement relative to the outflow cone (10). In this way, the inflow cone (20) is cleverly used to compress the implant twice in opposite directions, entailing a simpler loading tool structure and enabling the inflow cone (20) and the outflow cone (10) to be maintained in coaxiality during the second compression. This reduces an operator's operational difficulty and makes the whole crimping process easier and more efficient.