A metal deburring machine's working width is the usable processing and conveyor-platform width available for the workpiece. Choosing the width only from the largest part dimension can lead to unnecessary cost or limited production flexibility. A practical decision also considers part orientation, batch layout, smallest workpiece, required throughput, conveyor holding, and future product changes.
Qintellim machines can be configured in 450, 630, 800, 1000, 1300, and 1600 mm working widths. The same process concept, such as RR grinding, RRS grinding and edge rounding, or CR heavy-slag removal, can be adapted to different widths.
| Working width | Typical selection reason |
|---|---|
| 450 mm | Compact parts, limited floor space, focused production cells, or smaller batch work |
| 630 mm | Small and medium components requiring additional layout flexibility |
| 800 mm | General sheet-metal production with mixed part sizes |
| 1000 mm | Larger parts or higher batch throughput using side-by-side placement |
| 1300 mm | Large-format sheet-metal components and demanding batch production |
| 1600 mm | Extra-wide parts, large layouts, or production lines designed for maximum format flexibility |
The largest part must fit the usable process width, but the smallest part also matters because it affects conveyor holding and safe transport.
A long rectangular part may fit a narrower machine when rotated, but the chosen orientation must still support the required grain direction, process route, and stable transport.
A wider platform can increase throughput when multiple parts are arranged across the conveyor. However, production planning must account for spacing and consistent process exposure.
A vacuum conveyors support suitable non-magnetic, small, or thin components. M magnetic conveyors stabilize suitable ferrous parts. An A-M dual platform supports changing material requirements.
The deburring machine width should align with upstream cutting, loading, sorting, and downstream handling systems. Width selection is therefore part of the complete production-line design.
Not automatically. Productivity depends on part mix, feed speed, processing time, operator workflow, and the ability to load the available width efficiently. A properly configured narrower machine may outperform an underutilized wide machine in a focused production cell.
Qintellim reviews representative part drawings or samples, material, process sequence, burr or slag condition, target finish, throughput, and planned automation. Sample testing is recommended before the final working width, station sequence, and conveyor platform are confirmed.
Explore the deburring, edge rounding and surface finishing machines or the grinding and heavy-slag removal machines.
Need a Machine Recommendation?
Qintellim can recommend a suitable deburring, edge rounding, oxide removal, slag removal, brushing, polishing or dust collection configuration based on your parts and production needs.