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Guide shaft support, firm ring, linear bearing, ball guide shaft, oil-free bushing, single-axis robot driver, linear guide rail, linear slide rail cable protection chain, ball screw support assembly, trapezoidal screw sliding screw, rotating shaft, bearing housing bearing, cantilever pin and button pin support point step screw, coupling motor, synchronous pulley idler, synchronous toothed belt, keyless bushing, flat belt Round belts, pulleys, idler wheels, roller transmission parts, gears, sprockets and chains, conveyors, bushings for positioning pins and fixtures, positioning parts, slides, lens LED lighting fixtures, inspection stands, sensors and switches, probes, pillar supports, pillar clamps, 検 inspection fixtures, elbow clamps, round bars, hexagonal profiles, tubes, resin bars, transparent resin glass? Engineering plastic sheets, sheet metal processing products, sheet metal processing products, washers, shafts, rings and gaskets, screws, washers and nuts, small parts/magnets, spring buffers, nitrogen springs, polyurethane rubber sponge felt cloth, shockproof, soundproof, static electricity safety protection, such as pipe blocks, pipe discussion hoses and valves, pipe discussion adsorption parts nozzles, cylinder related parts and connecting parts, heater temperature control related, heat insulation boards Aluminum alloy profiles & brackets, accessories for aluminum alloy profiles, high-efficiency particle filters, factory profiles and tubes, panels? Flat plates, casters, handwheel knobs, handles, door components, Angle steel sections, Angle seat reinforcing ribs, safety fences, various door components, aluminum alloy profiles, standard components, etc

Mold accessories stand out among hardware accessories due to their high precision and quality requirements.

When designing mold accessories, make full use of the functions of the CAD system to conduct two-dimensional and three-dimensional design of the products. This ensures the uniformity and accuracy of the original product information, avoids errors caused by human factors, and improves the quality of mold accessory design. The structure of forging die accessories has certain influences on the quality of forgings, productivity, labor intensity, service life of forging dies, and the processing and manufacturing of forging dies. Its importance is no less than that of the design of various die chambers. Computer optimization design of mold accessories should be adopted, with numerical simulation assisted by physical simulation to ensure smooth metal flow, full mold cavity and uniform stress distribution. The three-dimensional modeling process of the product can comprehensively reflect the external shape of the product before forging and promptly identify potential problems in the original design. To ensure good filling of the forging and balanced stress at all parts of the die accessories, it is necessary to make the billet reasonably to meet the requirements of the cross-sectional area and volume of the forging, and obtain a shape and size close to the calculated blank drawing. If the design of the billet shape and size is unreasonable or the billet die chamber is severely worn, the service life of the pre-forging die and the final forging die will be reduced.