A practical guide to Qintellim modular machine codes, explaining how grinding, edge rounding, slag removal, polishing, vacuum conveying, and magnetic conveying can be combined.
How to Read a Modular Deburring Machine Configuration
Direct answer: A modular deburring machine code describes the processing stations and conveyor platform installed in the line. At Qintellim, R means abrasive-belt grinding, S means abrasive-filament-brush edge rounding, C means alloy-hammer heavy-slag removal, W means brushing or polishing, A means vacuum conveying, and M means magnetic conveying. Repeated letters indicate repeated stations, while letter order indicates process order.
Last reviewed: June 2026. This guide describes Qintellim's modular naming logic and is intended to help production engineers compare process configurations.
What does each station code mean?
| Code | Station or platform | Primary purpose |
|---|
| R | Abrasive belt station | Burr removal, grinding, oxide removal and surface preparation. |
| S | Abrasive filament brush station | Controlled edge rounding and contour treatment. |
| C | Alloy hammer station | Removal of large, strongly attached slag. |
| W | Brushing or polishing roller | Directional brushing, polishing and surface texturing. |
| A | Vacuum conveyor platform | Holding suitable non-magnetic, small or thin workpieces. |
| M | Magnetic conveyor platform | Stable holding of ferrous steel parts. |
| A-M | Dual conveyor platform | Vacuum and magnetic holding for mixed production. |
How should a configuration be read?
Read the processing letters from left to right, then read the conveyor suffix. For example, RSW-A describes abrasive-belt grinding, followed by edge rounding, followed by brushing or polishing, using a vacuum conveyor. CR-M describes heavy-slag removal followed by abrasive-belt grinding on a magnetic conveyor.
| Example | Meaning | Typical goal |
|---|
| RR | Two abrasive-belt stations | Heavy grinding followed by controlled finishing. |
| RS | Grinding followed by edge rounding | Remove burrs, then create safer rounded edges. |
| RSW | Grinding, edge rounding, then brushing/polishing | Complete functional and visual finishing. |
| CR | Heavy-slag removal followed by grinding | Process plasma- or flame-cut parts with attached slag. |
| RRSR-A-M | Multi-stage grinding and rounding on a dual platform | Flexible mixed-material production. |
Why do repeated stations matter?
Repeated stations are not simply duplicates. They can divide a difficult process into controlled stages. Two R stations may use different abrasive grades for stock removal and finishing. Multiple S stations can increase edge-radius consistency or throughput. The correct sequence depends on burr size, material, target finish, part geometry and line speed.
How do A, M and A-M conveyor platforms differ?
- A vacuum conveyor: useful for non-magnetic materials and small or thin workpieces when sufficient surface area is available for vacuum holding.
- M magnetic conveyor: provides stable holding for ferrous steel parts.
- A-M dual platform: combines vacuum and magnetic holding for factories processing mixed materials or frequently changing workpiece types.
What information is required before selecting a configuration?
- Material and magnetic properties.
- Minimum and maximum part dimensions and thickness.
- Upstream cutting method, such as laser, plasma, flame cutting, punching or machining.
- Burr, oxide or slag condition.
- Required edge radius and surface finish.
- Hourly throughput and automation requirements.
Frequently asked questions
Does a longer machine code always mean a better machine?
No. A longer configuration offers more process stages, but the best solution is the shortest stable process that consistently achieves the required result and throughput.
Can the station order be customized?
Yes. Qintellim supports non-standard automation and can adjust station quantity, order, working width, conveyor platform and integration according to the workpiece and production goal.
What is the difference between deburring and edge rounding?
Deburring removes unwanted sharp projections or cutting residue. Edge rounding creates a controlled radius on the part edge. A part may require one or both processes.
About Qintellim
Qintellim is the brand of Shandong Qintellim Technology Co., Ltd., a manufacturer of modular metal surface finishing and automated deburring equipment. Qintellim equipment configurations are selected from sample testing and application requirements rather than model code alone.