MB Maschinenbau
Plan MB around the part geometry, coating stage, and finish standard.
MB Maschinenbau systems help shops move sanding away from operator-dependent hand correction and into a controlled production process. Titan can frame the sanding conversation around flat parts, edges, profiles, cabinet doors, raw wood, primer, sealer, lacquer, foil, specialty materials, abrasive strategy, dust extraction, feed control, and the downstream finish result.
Turn sanding from hidden hand labour into a controlled finishing process.
The largest sanding losses often sit between departments: operators correcting edges, chasing primer lines, denibbing unevenly, softening profiles, cleaning contaminated surfaces, or repairing coating problems that began during preparation. MB gives Titan a way to design the sanding cell around the visible defect and the part geometry causing it.
Brush Sanding
Brush systems support raw wood, primer, sealer, mouldings, profiles, cabinet doors, and detailed surfaces where conventional flat sanding cannot reach consistently.
The goal is controlled contact that follows geometry without erasing the geometry.
Edge Sanding
Dedicated edge processes improve raw, primed, and lacquered edges while reducing waves, burn-through, over-rounding, and operator dependence.
Edges are often the first place coating defects and hand-labour pressure become obvious.
Cabinet Door Preparation
Door systems must control flats, frames, rails, profiles, edges, primer, foil, and lacquer without leaving visible sanding signatures.
A stable sanding cell protects the spray department from upstream inconsistency.
Specialty Finishing
Metal and mixed-material applications require different abrasive, extraction, and cleaning logic than standard woodworking surfaces.
These processes should be treated as dedicated finishing systems rather than casual machine settings.
The right MB system starts with the surface that must leave the sanding cell.
A brush head, belt head, orbital unit, edge station, or multi-process machine is not selected in isolation. The correct process depends on what the part is, what coating stage it is in, what defect currently appears, what visible finish is expected, and what downstream process happens next.
Raw wood needs fibre control and uniform scratch pattern. Primer and sealer need consistent denibbing without cut-through. Lacquer and foil surfaces demand protection from aggressive contact. Profiles and edges need enough coverage without rounding or flattening detail. This is why MB selection should begin with samples, defect review, and process mapping.
Think about MB in four process roles.
The machine family becomes easier to understand when it is grouped by the sanding problem being solved instead of by model name alone.
Profile & Brush Role
For mouldings, profiled doors, primer and sealer sanding, raw wood fibres, and detailed components where the abrasive must follow geometry.
Edge Role
For wave-free edge preparation, raw and lacquered edges, tabletops, drawer fronts, and components that currently require repetitive hand correction.
Flat & Door Role
For slab doors, shaker doors, foil or lacquer surfaces, flat panels, and visible components that need consistent scratch pattern and finish preparation.
Metal & Specialty Role
For deburring, cleaning, controlled finishing, and surface preparation where material type changes the dust, abrasive, and safety strategy.
Move from hand sanding to measurable surface control.
A successful sanding investment changes more than labour. It changes defect ownership, abrasive discipline, sample approval, dust control, and the way finishing quality is measured.
Identify the Defect
Separate scratches, rough fibres, rounded details, primer lines, edge waves, incomplete profile sanding, and contamination so the process problem is clear.
Map the Geometry
Define flats, edges, profiles, recesses, rails, frames, mouldings, and mixed features so the sanding movement follows the part correctly.
Build the Abrasive Recipe
Match grit, brush density, belt choice, head order, pressure, and feed speed to the material and coating stage.
Build the Surrounding Cell
Plan extraction, infeed and outfeed, staging, abrasive storage, cleaning, sample inspection, and the downstream finishing handoff.
Standardize the Result
Use approved samples, defect limits, recipe records, abrasive change rules, and operator checks so the surface remains repeatable across shifts.
Where MB fits in real production.
MB systems sit between machining and coating. The better that transition is controlled, the less rework and uncertainty the finishing department inherits.
Cabinet Door Manufacturing
Support shaker doors, slab doors, profiled fronts, rails, edges, primer, lacquer, foil, and visible surfaces before coating or packaging.
Architectural Millwork
Control mixed geometry, mouldings, custom profiles, edges, panels, and high-visibility components that currently consume skilled hand labour.
Specialty & Mixed Materials
Address metal, composite, and specialty finishing with material-specific abrasive, dust, cleaning, and surface-control strategies.
Questions Titan should ask before recommending MB.
A strong recommendation begins with the defect, geometry, coating stage, labour burden, extraction capability, and the finish standard the customer must deliver.
What geometry is being sanded?
Flat parts, edges, profiles, shaker details, mouldings, frames, and mixed features require different sanding movement and contact strategy.
What coating stage is involved?
Raw wood, primer, sealer, lacquer, foil, and metal surfaces each have different cut-through, scratch, contamination, and finish risks.
Where is hand labour being spent?
Edges, profiles, primer denibbing, door correction, and touch-up usually reveal the fastest opportunity for a controlled sanding process.
Can extraction support the process?
Fine sanding dust, abrasive loading, heat, surface contamination, and machine cleanliness all depend on adequate capture and service access.
What defects appear after sanding?
Visible scratches, burn-through, rounded detail, inconsistent fibre, primer lines, rough edges, and poor profile coverage point to different process changes.
What happens next?
Spraying, staining, coating, wrapping, assembly, inspection, and packaging all influence the acceptable surface standard leaving the sanding cell.
Plan MB around the surface problem and finish standard.
Share the parts, coating stage, current hand-sanding burden, visible defects, extraction conditions, and downstream finish requirements. Titan can use that information to frame the MB conversation around the real sanding process instead of a generic machine list.
- Brush sanding for profiles, mouldings, primer, sealer, and raw wood
- Edge sanding for raw, primed, and lacquered components
- Orbital and multi-process sanding for cabinet doors and visible flats
- Specialty finishing for metal and mixed-material applications