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Rail Transit Industry

Qintellim metal finishing solutions support rail transit manufacturers with deburring, edge rounding, and surface preparation for structural parts, panels, brackets, and welded components used in rail vehicles and infrastructure.
Rail Transit Industry
Case Details

Rail Transit Deburring, Oxide Removal and Surface Preparation Solutions

Rail transit manufacturers process stainless steel panels, aluminum parts, carbon steel brackets, structural plates and welded components that require stable deburring, edge rounding and surface preparation before welding, coating, assembly or final inspection. Qintellim equipment helps improve edge safety, coating adhesion and production consistency.

Typical finishing challenges

  • Heavy burrs and sharp edges on plasma-cut, laser-cut or machined structural parts.
  • Oxide layers and cutting residue that affect welding quality or coating adhesion.
  • Large panels and brackets that need consistent deburring and edge rounding across batches.
  • manual finishing workload, unstable edge quality and safety risks in high-mix production.

Recommended process route

For rail transit parts, Qintellim typically recommends R-station deburring with sanding belts for heavy burr removal, S edge rounding stations with rotary roller brushes, and oxide removal or surface preparation modules before coating or welding. The final configuration depends on material thickness, burr height, part size and throughput.

Part type Main issue Suggested Qintellim solution
Structural steel plates and brackets Heavy burrs and sharp edges RR or RRS heavy-duty deburring and edge-rounding configuration
Laser-cut stainless or aluminum panels Fine burrs and visible edge quality S or RRS deburring and edge-rounding machine
Parts before welding or coating Oxide layer and surface preparation CR/CRSR oxide removal and brushing configuration

Related equipment

Qintellim can match the working width, station combination and abrasive media according to rail transit sample parts and production targets. Contact Qintellim to build a deburring and surface preparation process for your rail transit production line.

Application media

Application-Based Machine Selection

Recommended Finishing Workflow for This Application

Use the information below to match the case application with a practical Qintellim deburring, edge rounding, grinding, brushing, slag removal, oxide removal or dust collection configuration.

Typical Workpiece Problems

Burrs after laser cutting, sharp outer edges, small inner holes, oxide layers before coating, inconsistent manual grinding and dust safety risks.

BurrsSharp EdgesOxide Layer

Recommended Processes

Combine abrasive belt grinding, edge rounding brushes, brushing or polishing rollers, heavy-slag removal and dust collection according to the real workpiece condition.

DeburringEdge RoundingSurface Finishing

Selection Information Needed

Share material, cutting method, thickness, workpiece size, burr condition, required finish, capacity target and whether wet or dry dust collection is preferred.

MaterialSizeCapacity

Qintellim Station Logic

Configurations can be adjusted with process stations and conveyor platforms to fit different industries and workpiece requirements. Working widths can be customized at 450 / 630 / 800 / 1000 / 1300 / 1600 mm.

RAbrasive belt grinding for burr and oxide removal.
SBrush edge rounding for outer edges and inner holes.
CAlloy hammer station for heavy slag removal.
WBrushing or polishing roller for surface finishing.
AVacuum conveyor platform for non-magnetic parts.
MMagnetic conveyor platform for carbon steel parts.
A-MHybrid platform for mixed material production.
DustWet or dry dust collection for safer finishing.