ILD-600

Overview

Universal grinding machine for large and heavy parts, model ILD-600. Max. workpiece swing diameter 600 mm (23.62 in), max. internal grinding diameter 420 mm (16.54 in) and max. internal grinding length 400 mm (15.75 in). Max. external grinding length 150 mm (5.91 in) and max. workpiece length including clamping system 1300 mm (51.18 in). Max. workpiece weight including clamping system 500/500 (kg/Nm) and 1102/1102 (lb/ft-lb). Machine dimensions (height x width x depth) 225 x 400 x 260 cm (88.58 x 157.48 x 102.36 in). X and Z axis stroke 450/550 mm (17.72/21.65 in). B0 axis swivelling angle +20°/-10°. Construction and core components include a natural granite machine base, linear motors for axis movement, workheads with direct drive designed and built in-house, and high precision grinding spindles with integrated motors, high performance bearings and optimized lubrication systems. A spindle turret offers a 300° swivelling range with capacity for up to 4 spindles and one measuring probe. The machine description also cites a workhead payload of up to 2,429 lbs and emphasizes a rigid structure, direct drives and high-end components under the Overbeck precision designation. Customization and auxiliary systems listed for the ILD-600 include clamping options (Three jaw chuck, Magnetic chuck, Shoe system, Customized chuck, Steady rest, Tailstock), dressing systems (Fixed dresser, Dressing spindle, Radius dresser, Dressing revolver, Dresser on the workhead, Roller dresser) and measuring systems (Touch probe, In-process measuring, Post-process measuring, Tool measuring device). Designed to handle large, complex parts explicitly cited as spindle shafts, tool holders and hydraulic components, many of which are finished on the ILD-600. The machine supports multiple grinding processes in a single setup: ID, OD, taper, face, non-round, jig and thread grinding, with the B0 axis swiveling +20°/-10° to accommodate small radii. The ILD-600 is described for use with automation and external loaders, offering integration options that include gantries, robotic cells and hybrid solutions (M MOTION, L MOTION, M FLEXMOTION, L FLEXMOTION, M HYBRID, L HYBRID). Its DoGrind+ software integrates operations in one interface, enables direct programming on the control, and provides wizard support for thread, non-round, jig and taper grinding. The machine also monitors energy consumption per workpiece and states potential energy savings of up to 30%.