This utility model discloses a semi-automatic
soldering machine, including a frame with a
soldering furnace fixedly mounted on the top surface of the frame. A waste solder
cutting mechanism is located in front of the
soldering furnace, comprising a waste solder furnace, a
cutting assembly located above the waste solder furnace, and an opening / closing
assembly for driving the
cutting assembly to open and close. Above the soldering furnace are clamps for holding wires and a moving mechanism for driving the clamps to move vertically and horizontally. This significantly improves efficiency and
automation. By setting up a waste solder cutting mechanism including a waste solder furnace, a cutting assembly, and an opening / closing assembly, automated cutting of waste solder is achieved. This completely changes the traditional method of relying on manual operation by workers to
cut excess solder from the ends of wires, greatly shortening the single
operation time, significantly improving overall production efficiency, and solving the problem of low work efficiency in the past.