Deburring System Selection Hub
Choose a Qintellim deburring system in three independent decisions: C/R/S/W for the required processes, A/M/A-M for workpiece holding, and 450–1600 mm for working width. Series letters describe included functions—not a fixed station order or quantity.
Five-Step Application Review
The answers narrow the discussion; they do not replace sample testing or an engineer-reviewed quotation.
The cutting process helps define the likely burr, oxide or slag condition. It does not automatically determine a machine series.
Select every required capability. The match engine treats the letters as an unordered function set—not a fixed station sequence.
Important: C, R, S and W state which processing functions are included. They do not promise a fixed number of stations or the physical order inside the delivered machine.
Material is recorded separately because it affects workpiece holding, consumables and process confirmation—not the meaning of the series letters.
Platform choice is independent from the function family and must account for material, part size, flatness, openings and process load.
Platform suitability cannot be confirmed from material name alone. Provide minimum part size, maximum part size, thickness, openings and flatness.
Select a starting width. Final width depends on part orientation, maximum cross-conveyor dimension, throughput and holding stability.
Eight Popular Function Families
Showing popular series that include the selected function set.
How to read the cards: highlighted C/R/S/W cells are included capabilities. Their fixed grid positions are a comparison aid—not a station sequence.
No exact card appears among these eight popular families. The compatible cards below include all selected functions but may add other processes. Browse the full product grid below or ask engineering to review the requirement.
Representative RR configurationR Series
Function matrix · not station order
For cut sheet-metal parts requiring reliable burr removal before assembly or further finishing.
View Representative RR Model
Representative S configurationS Series
Function matrix · not station order
For suitable parts requiring consistent edge rounding for safer handling and coating preparation.
View Representative S Model
Representative RRS configurationRS Series
Function matrix · not station order
For laser-cut or punched parts requiring burr removal and consistent edge rounding.
View Representative RRS Model
Representative RRW configurationRW Series
Function matrix · not station order
For parts requiring burr removal plus a controlled brushed or polished surface finish.
View Representative RRW Model
Representative CR configurationCR Series
Function matrix · not station order
For suitable plasma- or flame-cut parts with heavy slag and residual burrs.
View Representative CR Model
Representative CRSR configurationCRS Series
Function matrix · not station order
For thermal-cut parts requiring slag removal, deburring and smooth edge rounding.
View Representative CRSR Model
Representative RSRW configurationRSW Series
Function matrix · not station order
For burr-free rounded edges and a controlled brushed or polished finish.
View Representative RSRW Model
Representative CRSW configurationCRSW Series
Function matrix · not station order
For demanding thermal-cut parts requiring heavy slag removal plus edge and surface treatment.
Explore CRSW OptionsSelection FAQ
No. C, R, S and W identify included processing capabilities. The delivered station quantity and arrangement are confirmed according to the workpiece, process target and machine engineering.
R is a deburring station using a sanding belt. S is an edge-rounding station using rotary roller brushes. Edge rounding forms a controlled radius and is different from bevel cutting.
C is considered for suitable heavy slag on plasma- or flame-cut ferrous parts. It uses alloy-hammer tooling and is not a substitute for every burr-removal process.
M means magnetic adsorption, A means vacuum adsorption and A-M is a half-magnetic, half-vacuum combined platform. Final suitability depends on material, minimum part size, openings, flatness and process load.
Use the maximum dimension across the conveyor after considering part orientation. Throughput, holding stability and the expected part mix should also be reviewed before the width is confirmed.
A series describes a function family, not one fixed cabinet. Working width, platform, station quantity, arrangement, tooling, dust-control interfaces and optional equipment can change the final appearance.
Send the material grade, minimum and maximum part size, thickness range, cutting process, burr or slag photos, target edge and surface result, production target and workshop power conditions.
Related Selection Guides
Use these process, code and working-width guides before requesting a quotation.
Identify the process outcome before comparing machine families.
Read guide → Code GuideHow to Read R, S, C, W, A and MSeparate processing functions from workpiece-holding platform codes.
Read guide → Width GuideHow to Choose 450 to 1600 mm Working WidthCompare part dimensions, orientation, throughput and platform holding.
Read guide → Process GuideWet vs Dry Deburring SelectionCompare material, dust, finish and workshop factors before choosing the process route.
Read guide → Coating GuideEdge Rounding Before Powder CoatingDecide whether a coated sheet metal part needs S edge rounding alone or R deburring followed by an S process.
Read guide →Product Selection Guide
Qintellim Metal Finishing Selection Guide
Compare process stations, conveyor platform and working width before choosing a deburring, grinding, edge rounding, polishing or dust collection solution.
For category-specific details, use the product family description and product list below. Configurations support 450 / 630 / 800 / 1000 / 1300 / 1600 mm working widths.
