One of the most significant recent developments in all fields, particularly product design and manufacturing, is nanotechnology. This technology applies the science of difference to produce innovative, practical, and small-scale products that stand out for their advanced size. It also enhances the look and feel of industrial products by controlling matter or multiplicity on the atomic scale, where matter is controlled on the smallest scale, which ranges from 1 to 100, increasing the surface area to volume ratio significantly. Furthermore, because surface atoms are the most reactive, As a result, attributes are described in real-time, and this unit benefits in mechanical, chemical, and physical aspects. In the case of electricity, a new property is added, or a new substance known as nanomaterials is created with unique qualities that meet the demands of cutting-edge technology. In order to produce goods with cutting-edge qualities, it is crucial to research these novel materials created by nanotechnology and learn about their characteristics, possibilities, and industrial uses. This aims to highlight the significance of this technology in the fields of industrial design and product design, as well as the potential for production using the designer in the field of designing and manufacturing future products and their use by the designer, by working to improve products and their functions in the field of design and product manufacturing using nanotechnology