Engineered ceramic, plastic, and porcelain tumbling media for vibratory machines, centrifugal disc finishers, and rotary barrels. Tailored for heavy deburring, edge rounding, smoothing, and mirror burnishing.
Matched precisely to workpiece hardness, geometry, and surface roughness requirements.
Formulated with high-grade abrasive grains and clay binders for heavy-duty metal removal, descaling, and aggressive radiusing on hard metals.
Resin-bonded abrasive media engineered for gentle deburring, pre-plating smoothing, and surface refining without part impingement or denting.
Non-abrasive high-density porcelain media designed for burnishing, micro-level smoothing, and achieving a bright, reflective mirror finish.
| Media Category | Available Shapes | Cut Rate | Target Materials | Common Applications |
|---|---|---|---|---|
| Ceramic Fast-Cut | Angle Cut Triangle (ACT), Cylinder | Fast (Aggressive) | Steel, Iron, Forgings, Castings | Heavy deburring, flash removal, weld cleaning |
| Ceramic General-Cut | Triangle, Angle Cut Cylinder | Medium | Stainless Steel, Carbon Steel, Tool Steel | Edge radiusing, pre-plate finishing, surface blend |
| Plastic Urea / Resin | Pyramid, Cone, Wedge, Triangle | Mild / Low | Aluminum, Zinc, Brass, Copper | Non-ferrous smoothing, pre-anodizing, 3D printed parts |
| Porcelain Burnishing | Balls, Cylinders, Pins, Stars | Zero Cut (Polish) | All metals, precious metals & alloys | Mirror gloss polishing, burnishing, high luster |
| Stainless Steel Media | Ball, Ballcone, Diagonal, Pin | Compressive Polish | Precision hardware, surgical & watch parts | High-pressure ball burnishing, zero media breakdown |
High efficiency fluid mass finishing for continuous automated deburring and smoothing cycles.
Accelerated high-G force finishing delivering ultra-rapid deburring up to 10x faster than conventional tubs.
Cost-effective batch deburring and polishing for heavy workpieces and high-volume fastener components.
Send us your component samples or requirements. Our finishing engineers will determine the optimal media shape, size, and formulation for your parts.