Hardware castings, mechanical castings, aluminum castings and iron castings commonly produce flashes, burrs, oxide scales and excess material protrusions on parting lines, corners and sprue areas after casting molding. These sharp defects not only affect the flatness and appearance of castings, but also cause assembly jamming, dimensional deviation and scratch risks for operators and matching parts. Therefore, casting deburring is an essential and critical process in precision casting manufacturing.

Traditional casting deburring relies heavily on manual grinding with angle grinders and files, which features high labor intensity and harsh working conditions. Cast materials are hard with randomly distributed burrs, making manual processing unstable and unreliable. Workers frequently suffer from incomplete deburring, missing areas and over-grinding damage, resulting in poor product consistency, high rework rates and high scrap rates. Furthermore, massive metal dust and noise generated during grinding threaten worker health. Rising labor costs and low manual efficiency make traditional processes unable to meet modern mass and standardized casting production requirements.

To solve the widespread grinding difficulties in the casting industry, Truman independently developed the casting automatic deburring workstation. As reliable Truman grinding equipment, the workstation adopts industrial robots as the core configuration, equipped with self-developed intelligent software, hardware and constant force control systems to realize fully intelligent and automatic casting grinding.

This professional grinding workstation adaptively processes flat surfaces, curved surfaces and special-shaped structures of various complex castings. It automatically identifies burr and flash positions and generates optimal grinding trajectories intelligently. With constant flexible grinding force, the robot accurately removes sprue residues, parting line flashes and surface burrs without damaging the casting base material or changing workpiece dimensions, ensuring uniform precision and smooth surface finish for every casting part.

The equipment supports uninterrupted cyclic automatic operation, greatly improving production efficiency and product yield while eliminating manual dependence. Equipped with complete safety protection and dust removal structures, it optimizes the workshop working environment and reduces labor costs and workpiece loss. It provides foundry enterprises with an efficient, stable and standardized automatic robot grinding solution for mass casting post-processing.