Application Review
Map burr height, burr direction, part material, hole geometry, inspection criteria and downstream coating requirements.
Mass finishing systems for metal parts manufacturers
Vibratory finishing equipment engineered for deburring, polishing and edge-radius control
Build a validated finishing cell around the right machine, abrasive media, compound chemistry, separation method and cost-per-batch target.
3:1-10:1Typical media-to-part volume ratio
Ra / RzSurface roughness and peak control
L + kgCapacity validated by volume and load weight
PPAP / IQDocumentation support for regulated production
Equipment selection
Choose the process platform before you buy chamber volume
Different vibratory finishing machines create different motion, energy density and handling economics. The correct machine depends on part geometry, burr severity, material hardness, target finish, automation level and acceptable contact risk.
Commercial paths
From burr condition to production-ready finishing cell
Media Trial
Test ceramic, plastic, steel or mixed media routes to confirm cutting rate, lodging risk and surface roughness response.
Cell Design
Specify machine capacity, separation, compound dosing, water flow, rinse, drying and operator handling.
ROI Model
Compare labor, media wear, compound use, machine time, rework and cost per accepted batch.
Process engineering
Control the variables that determine finish quality
Cycle time alone is not a process. Stable production requires repeatable media level, media condition, compound concentration, water flow, machine energy and separation method.
- Define Ra, Rz, edge radius, burr height and weight-loss acceptance criteria.
- Use media sizing rules to reduce lodging in holes, slots and threads.
- Track compound concentration, pH, foam, residue and corrosion performance.
- Validate throughput by accepted parts per batch, not loaded parts per batch.
Technical guide
Need the full equipment guide?
The complete long-form buying guide covers working principles, machine comparisons, abrasive media selection, process variables, performance metrics and ROI formulas.