Ken Rhino1250

KEN presents Rhino1250 as a horizontal five-axis machining route with a Ø1250 mm rotary table, box-in-box structure and symmetric dual drives on X/Y/Z. For a housing, gear blank or circular component, model the complete fixture, centre of gravity, clamps and tool/holder envelope through the intended head and table positions. Table diameter alone does not establish the part size or reach at every orientation.

The original Chinese and English pages give different Rhino1250 axis sets, clearance references, optional milling/turning loading and tool allowances. This record does not merge those versions into a fabricated delivered specification. Both reference a 3000 kg milling loading figure, but the actual operation, fixture mass, centre of gravity and table build must be defined. Obtain one dated technical table and drawing naming the head, table and axis convention before approving fixture design or turning.

The pages distinguish a U75A BT50 universal milling head and a K1 HSK-A100 fork-head arrangement. For heavy roughing versus high-speed finishing, request the chosen head’s S1 torque/power curve, interface, angular/clamping conditions and collision drawing. Check the actual occupied-tool map and exchange sequence; tool lengths and weights differ between regional tables. Published rapid/spindle references do not establish cutting quality or a complete workpiece cycle.

The whole image comes from KEN’s English Rhino1250 page and the structural illustration from the matching Chinese model page. They describe the model architecture rather than prove a delivered configuration. Trial the deepest or least-stiff cut using the intended material, allowance, fixture and holder projection, then test the difficult five-axis orientation. Inspect datum relationships, form and finish after release, record complete elapsed time, and agree build location, commissioning and destination service responsibilities.