This utility model discloses a geological hammer device for
geological exploration, specifically relating to the field of
geological exploration technology. It includes a hammer
handle, a hammer head fixedly connected to one side of the
handle, a flat-headed hammer body fixedly connected to the bottom of the hammer head, a slot on the inner side of the flat-headed hammer body, a retaining groove at the bottom of the flat-headed hammer body, and a replacement mechanism on the inner side of the flat-headed hammer body. The replacement mechanism includes three insert rods, the outer side of which inserts into the inner side of the slot, and a pointed tip fixedly connected to the bottom of each insert rod. This utility model allows for replacement of only the pointed tip when the tip of the flat-headed hammer body wears down, eliminating the need to replace the entire hammer, thus reducing long-term operating costs. Different
hardness tips can be selected according to the rock material, achieving a balance between durability and functionality. Simultaneously, the telescopic hammer
handle can be flexibly adjusted in length according to the user's height and arm length, avoiding bending over or excessive extension during operation, effectively reducing the risk of
muscle strain, reducing the carrying volume, and improving the working efficiency, comfort, and environmental adaptability of the geological hammer.