Forestry is characterized by a diversity of natural conditions, which need to be adapted to the selection and application of technological processes. The complexity of production conditions is the reason why production processes have been influenced by a high proportion of manual labor for much longer than in the industrial sphere. In the dissertation, we dealt with increasing the durability of tools used in forestry. These tools are mostly subject to abrasive wear during their work. At the beginning, we focused on analyzing the current state of the issue, which was the basis for further solutions. Of these options, we focused on increasing tool life by applying nine hard welds. We applied these hard welds to samples of materials from which the tools are made, as well as to the tools themselves. Using laboratory measurements, we determined the resistance of the samples to abrasive wear. The hardness test was performed by the Rockwell method, the resistance of the weld to abrasive wear was measured according to the GOST 23.208-79 standard, and the microstructure was also evaluated by light and electron microscopy. Subsequently, operational tests of tools with applied hardfacing were performed. The achieved results showed the suitability of the proposed solutions for increasing the durability of working tools used in the elimination of undesirable growths.