Entering the 21st century, the field of science and technology has witnessed an unprecedented high - speed development. Emerging technologies such as information technology, artificial intelligence, and new materials have sprung up like mushrooms after rain. Against this backdrop, the sanding machine industry has also entered a new stage of intelligent and diversified development, initiating a profound technological transformation and industrial upgrading.
New Trends in Intelligent Development
Intelligence has become the core driving force for the technological development of sanding machines in the 21st century. The deep integration of sensor technology, industrial Internet, and artificial intelligence algorithms has led to a qualitative leap in modern sanding machines. Today's intelligent sanding machines are no longer simple mechanical devices. They can automatically and real - time adjust sanding process parameters according to the subtle differences in the type, thickness, and hardness of artificial boards. Whether it is the pressure of the sand belt, the feed rate, or the number of sanding times, they can be precisely controlled to ensure that each sanding achieves the best results. This intelligent management mode not only greatly improves the sanding quality and efficiency but also significantly reduces the difficulty and labor intensity of manual operation.
New Fields of Diversified Applications
With the continuous progress of science and technology, the application fields of sanding machines are expanding beyond traditional industries such as wood processing, metal processing, and plastic processing. In the new energy field, sanding machines play an important role. For example, in the production process of solar panels, sanding machines are used to finely process the surface of the panels to improve their photoelectric conversion efficiency. In the manufacturing of lithium - battery electrodes, sanding machines can ensure the flatness of the electrode surface, thereby enhancing the performance and service life of the battery.
In the aerospace field, sanding machines are essential precision equipment. The surface treatment requirements for key components such as aircraft parts and engine blades are extremely high. Sanding machines ensure that these components meet strict aviation standards through high - precision grinding and polishing, guaranteeing flight safety.
In the electronic information field, sanding machines also show their prowess. The surface treatment of electronic products such as chip packaging and mobile phone casings has extremely high requirements for precision and aesthetics. Sanding machines can meet these demanding requirements and provide strong support for the improvement of the quality of electronic products.
In the blister processing industry, sanding machines can be used for the fine treatment of blister molds. After the blister molds are made, there may be subtle flaws or uneven areas on their surfaces. These problems will affect the molding quality and surface finish of the blister products. Grinding the surface of the molds with a sanding machine can eliminate these defects, enabling the mold surface to reach an extremely high level of flatness and smoothness. For instance, when making blister molds for plastic casings of electronic products, the molds polished by sanding machines can produce blister casings with smooth and uniform surfaces, without obvious mold marks, greatly enhancing the appearance quality of the products.
In addition, for products that have completed blister processing and need secondary processing or surface decoration, sanding machines can also be useful. For example, some blister - formed display stands or packaging trays may have rough surfaces after blistering, which is not conducive to subsequent operations such as printing or pasting labels. Mildly grinding their surfaces with a sanding machine can make the surface roughness reach an appropriate level, enhancing the adhesion of printing inks or pasting materials and ensuring more satisfactory results for secondary processing.
New Pursuits of Green and Environmental Protection
The global high attention to environmental protection and sustainable development has also prompted the sanding machine industry to pay more attention to the concept of green and environmental protection in the design and manufacturing process. The research and development and application of new environmentally friendly abrasives have effectively reduced dust and noise pollution and reduced the harm to the environment and the health of operators.
Automatic Sand Blasting Machine-P16
SANDWELL’s product Automatic Sand Blasting Machine-P16 setup the dual sand dust separation system, which is a remarkable feature. The main function of separation system 1 is to separate the dust from the sand - dust mixture recycled. Separation system 2 mainly separates the reusable sand grains from the sand - dust mixture recovered by the dust - collection system. During the grinding process, some of the abrasive will turn into dust under impact. The dual sand dust separation system adopts negative pressure to recover the dust, with the highest recovery rate up to 99%.
Moreover, the equipped high - efficiency dust - collection system can collect dust in a timely manner during the sanding process and keep the working environment clean. At the same time, by optimizing the equipment structure and transmission system, the energy utilization efficiency of sanding machines has been greatly improved, realizing green production and contributing to sustainable development.
