Automated equipment fixed high-strength magnets are professional magnetic fixing accessories designed for the positioning, adsorption, limit, and fixing needs of industrial automated production equipment. Relying on the high magnetic force, strong adsorption stability, and high durability of permanent magnet materials, this type of magnet replaces traditional mechanical fixing methods such as bolts, clamps, and welding, realizing fast fixing, flexible disassembly, and adjustable positioning of equipment accessories, workpieces, and tooling fixtures. The products are mainly divided into square high-strength magnet blocks, cylindrical fixed magnets, countersunk hole fixed magnets, and special-shaped positioning magnets, made of high-performance neodymium iron boron and high-density ferrite materials, which can meet the heavy-load fixing and light-duty positioning needs of different automated equipment scenarios.

In terms of functional performance, automated equipment fixed high-strength magnets have ultra-strong adsorption force and excellent fixing stability. High-grade neodymium iron boron fixed magnets have a huge magnetic attraction per unit area, which can stably adsorb metal workpieces, tooling plates, and equipment accessories, and will not shift or fall off during equipment operation, vibration, and workpiece processing. The magnets with countersunk hole design can be directly fixed on the equipment base and tooling platform through screws, realizing double guarantee of magnetic adsorption and mechanical fixing, greatly improving the fixing firmness. The products have good anti-vibration and anti-fatigue performance, and can adapt to long-term vibration, frequent start-stop, and cyclic working conditions of automated production lines, with no magnetic attenuation or loose fixing after tens of thousands of times of use.

In terms of environmental adaptability and durability, automated equipment fixed high-strength magnets are specially optimized for industrial harsh working environments. The surface adopts multi-layer anti-corrosion and wear-resistant treatment processes such as nickel-copper-nickel plating and epoxy resin encapsulation, which can effectively resist the erosion of industrial oil mist, cutting fluid, dust, and humid air, and have excellent anti-rust, anti-corrosion, and wear resistance. The working temperature range is wide, from -30℃ low temperature environment to 150℃ high temperature working environment, the magnetic performance remains stable, and no demagnetization and failure occur. At the same time, the product has strong magnetic field stability, will not be affected by external electromagnetic field interference, and can maintain consistent adsorption force for a long time, ensuring the repeated positioning accuracy of automated equipment.

The application scope of automated equipment fixed high-strength magnets covers all links of industrial automated production. In automated assembly lines, they are used for positioning and fixing stamping parts, injection molding parts, and hardware workpieces, realizing fast clamping and feeding of workpieces and improving production efficiency. In CNC machining equipment, they are applied to tooling platform fixing, auxiliary positioning of processing workpieces, and limit fixing of mechanical accessories, improving machining accuracy and reducing positioning errors. In logistics sorting automated equipment, they are used for fixing sorting baffles, limit sensors, and conveying accessories, ensuring the stable operation of sorting lines. In addition, they are also widely used in automated welding equipment, packaging equipment, testing equipment, and robotic arm auxiliary fixing, solving the problems of cumbersome disassembly, low efficiency, and easy damage of traditional mechanical fixing methods. The application of fixed high-strength magnets greatly optimizes the operation process of automated equipment, reduces equipment maintenance costs, and improves the automation and intelligence level of industrial production.