Custom industrial brushes for deburring, weld cleaning, bore finishing, rust and scale removal, surface preparation, and continuous metal-processing lines.
Metal processing includes fabricated components, sheet processing, machining, welding, and surface preparation. The brush must match the workpiece material, current surface condition, required result, contact area, and machine interface.
Brushcustom manufactures OEM and replacement brushes for manual tools, CNC machines, robotic cells, deburring systems, and continuous processing lines.
Non-woven mill rolls can be configured for stainless steel, annealing, galvanizing, and cold-strip lines to squeeze, control, remove, or apply process fluids between production stages.
High-temperature stainless steel wire brush rolls are available for furnace transport applications, with heat resistance up to 1250°C. They help support and guide hot sheet, plate, and strip through heat-treatment and annealing lines while reducing pick-up, marking, and surface damage. Brushcustom can supply high-temperature wire brush rolls for furnace transport and brush-type furnace rollers.
Sponge rollers remove residual water and process liquid from steel, stainless steel, aluminum, and other flat metal sheets after washing, rinsing, brushing, etching, and other wet-processing stages. Roller material, wet dimensions, core, shaft, contact pressure, line speed, and chemical compatibility are reviewed to the machine and process requirements.
Cylinder brushes, spiral-wound rollers, and stacked brush rolls provide continuous contact for cleaning, descaling, wiping, and surface conditioning across steel, stainless steel, aluminum, copper, and other strip or sheet materials.
Panel brush tables—also called sheet metal brush tables or brush support panels—create a compliant support surface for aluminum and other scratch-sensitive sheet during press-brake handling. The bristle field supports the sheet, reduces sliding resistance, and helps limit hard metal-to-metal contact and surface marking. It can also help prevent loose chips from becoming a continuous hard contact path beneath the sheet.
Disc brushes and abrasive filament brushes can remove light burrs and blend sharp edges on laser-cut, punched, stamped, drilled, or machined metal parts. They can also provide controlled edge blending and surface conditioning where the part and process require it.
Wire wheel brushes, steel wire cup brushes, and end brushes clean oxidation, weld discoloration, loose slag, and surface residue before inspection, coating, or further assembly.
Pipe brushes and tube brushes reach bores, passages, grooves, and cross-holes for internal cleaning and light deburring. Ball-type honing brushes are used separately for controlled bore finishing and internal edge transition.
Wire wheel brushes can remove rust, oxide layers, coating residue, and mill scale from compatible metal surfaces before painting, coating, welding, or assembly.
Brush selection depends on the workpiece, surface condition, contact geometry, line speed, and required finish. A drawing, sample, or clearly annotated photo helps confirm the working interface before production.
Choose the filament by the process objective first, then confirm the metal workpiece and finish requirement.
Workpiece materials: Carbon steel and general ferrous metals.
For stronger rust, scale, and surface-residue removal on compatible workpieces.
Workpiece materials: Stainless steel and corrosion-sensitive metal assemblies.
Used where corrosion resistance and low ferrous cross-contamination are required.
Workpiece materials: Aluminum, copper, and other non-ferrous metals when deburring, edge blending, oxide removal, or controlled surface conditioning is required.
Specify the abrasive type and grit. Use non-abrasive nylon only for cleaning or very light contact where material removal is not required.
Workpiece materials: Coated, polished, or surface-sensitive metal parts where the finish must be preserved.
For light cleaning and controlled contact. If edge conditioning is required, review a fine abrasive-nylon configuration against a sample before production.
Workpiece materials: Brass, copper, and aluminum components where the production specification permits brass-wire contact.
Used for lighter cleaning and deburring. For aluminum alloys with corrosion or cosmetic requirements, confirm compatibility in the part specification and by sample.
Workpiece materials: Aluminum extrusions and aluminum sheet.
Used for satin finishing or controlled cleaning where a durable non-ferrous wire contact is required.
Use separate brush tools for stainless steel and carbon steel work. A carbon steel brush used on stainless steel can leave ferrous residue and contribute to after-rust.
Provide the brush envelope, working width, trim, bore, arbor, stem, or mounting dimensions with the required tolerances and drawing revision.
Show the shaft, flange, bolt pattern, holder, spindle, robot, or equipment interface. Include available clearance and rotation direction where relevant.
State the wire, abrasive nylon, synthetic, or other approved material, along with grit, diameter, density, and finish requirements when known.
A physical sample can support replacement work. If a photo is used, mark dimensions and mounting details clearly; an unmarked photo is not sufficient for production.
Send a drawing with marked dimensions, tolerances, mounting details, and brush or filament material. A physical sample can support replacement work.
Request a Custom Brush QuoteIdentify the metal, surface condition, burr or residue, contact area, line speed or machine cycle, and the required cleaning, deburring, or finishing result.
Share the brush format, outside diameter, working face, trim, filament or abrasive direction, density, and any balance or replacement-life requirement.
Include the spindle, arbor, bore, shaft, flange, holder, robot, or other mounting interface, plus available clearance and rotation direction.
Add a marked photo or physical sample where useful, together with drawing revision, quantity, packaging needs, and requested delivery timing.
Send your drawing for manufacturing review and quotation. Add a physical sample or clearly annotated photo where it helps identify a replacement brush.
