Programmable Multi-module Orthogonal Automated Robot Armplays an important role in the field of spraying and surface
treatment. The following is a detailed description for you from different aspects:
Precision spraying and surface treatment
Precise trajectory control: The robotic arm has a multi-module orthogonal structure. This unique design enables it to achieve extremely precise motion trajectory control in three-dimensional space.In the spraying operation, it can accurately spray paint on the designated position of the workpiece according to the preset program. Whether it is a complex curved surface or a tiny gap, it can ensure uniform spraying and no omissions.For example, in the spraying of auto parts, for some irregularly shaped wheel hubs, the robotic arm can accurately move along the contour of the wheel hub to evenly cover the paint and ensure consistent spray quality.
Precise thickness adjustment: Through programming, the robotic arm can accurately control the distance, speed and paint output of the spray gun, thereby achieving precise adjustment of the coating thickness.In the aerospace field, the thickness requirements for the surface coating of aircraft wings are very strict. This robotic arm can accurately spray the coating thickness that meets the standards according to different parts and needs to ensure the performance and safety of the aircraft.
Diversified processing technology
Compatible with a variety of surface treatment processes: The programmable feature allows the robot arm to adapt to a variety of surface treatment processes, such as spraying, electroplating, oxidation, etc.Switching between different processes can be easily achieved by simply changing the corresponding processing tools and adjustment procedures.For example, in the processing of electronic product casings, a robotic arm is first used to spray primer, and after completion, the tools are replaced to perform surface oxidation treatment to improve the wear resistance and aesthetics of the casing.
Adaptable to different materials and workpieces: Workpieces of different materials and shapes have different requirements for surface treatment. The robot arm can be programmed and adjusted according to the characteristics of the workpiece.Suitable processing solutions can be provided for workpieces made of various materials such as metal, plastic, and wood.For example, when processing wooden furniture, the robotic arm can adjust the angle and pressure of spraying according to the texture and shape of the wood, so that the paint can better penetrate into the wood and improve the surface quality of the furniture.
Efficient production and stable quality
Improve production efficiency: The multi-module orthogonal structure and automation features enable the robotic arm to complete spraying and surface treatment tasks quickly and continuously.It can work 24 hours a day, greatly shortening the production cycle.In large home appliance production lines, robotic arms can spray paint multiple home appliance shells at the same time, improving production efficiency and reducing production costs.
Guaranteed quality stability: Since the operation of the robotic arm is based on precise program control and is not affected by human factors, it can ensure that the quality of each spraying and surface treatment is consistent.In mass production, this is of great significance for improving the overall quality and market competitiveness of the product.For example, in the toy manufacturing industry, using this robotic arm for surface treatment can make the appearance quality of each toy reach the same high standard.
Flexible layout and space utilization
Flexible work layout: Orthogonal
