DS and DV manipulator systems hold fragile or precision components in controlled fixtures rather than tumbling them. DS provides single-axis rotation, while DV adds horizontal and vertical positioning for multi-face access, undercuts and angled features.
| System | DS and DV manipulator systems |
|---|---|
| DS motion | Single-axis rotation |
| DV motion | Horizontal and vertical multi-axis positioning |
| Part handling | Fixed programmable fixture |
| Best suited to | Fragile, filigree or thin-walled parts |
| Applications | Cosmetic blasting, cleaning, coating preparation and precision finishing |
| Industries | Aerospace, medical and automotive |
| Coverage | Round parts, multiple faces, undercuts and angled features |
| Process characteristic | Controlled exposure without tumbling |
The DS arrangement rotates a fixture through a fixed blast-stream exposure. It is suited to round or symmetrical parts such as turbine discs and flywheels.
Rotation provides repeatable circumferential exposure while the fixture preserves orientation.
The DV arrangement adds horizontal and vertical movement for full three-dimensional coverage. It addresses components with multiple faces, undercuts or angled features that a single rotary axis cannot expose.
Motion programming allows controlled treatment without free tumbling.
Documented duties include cosmetic blasting of pressure-sensitive surfaces, preparation before bonding, painting or coating, gear and housing cleaning, and finishing machined parts without distortion or edge damage.
The equipment is positioned for aerospace, medical and automotive components that require process validation.
The compact manipulator format can fit foundry cells or precision production lines. Exposure, orientation and fixture repeatability can be matched to each part family.
Validation should confirm blast coverage, fixture shadowing, intensity or finish target, program revision and part recognition before automatic release.
POLISHX technical profile ยท 2026-10-11 21:46:06