The invention provides a tubing elevator main body with reduced operation steps. A bolt hole and a lifting ring slot are formed in the lifting lugs on the two sides of the main body; a lock pin slot is formed in the main body, a crescent slot is formed inside the main body, the lock pin slot is communicated with the crescent slot, and a lock pin handle hole is only formed in one end of the lock pin slot; the diameter of the lock pin handle hole is larger than the width of the lock pin slot, so that after a lock pin handle enters the lock pin handle hole, the lock pin handle cannot enter the lock pin slot; when an opening of the main body is in an open state, the crescent does not need to be locked; the position at which the lock pin handle is located does not need the lock pin handle hole; and in the case that the lock pin handle is located outside the main body and the opening of the main body needs to be closed, the lock pin handle is directly rotated to drive the crescent to rotate to close the opening of the main body, so that when the opening of the main body is closed, the lock pin handle does not need to be pulled out of the lock pin handle hole to close the opening of the main body; the operation steps are reduced, the oil tube lifting operation is more convenient and simpler, and the labor intensity of workers is reduced.