Sandblasting And Polishing Machinery-KDL800 Mirror Sandblasting
Machine
Introduction to the working principle and characteristics of mirror
sandblasting machine
mirror sandblasting machine is a device that achieves high-finish
polishing by jetting fine abrasives (such as glass beads, ceramic
micropowder, etc.) at high speed to impact the surface of the
workpiece. Its working principle is based on compressed air or
centrifugal force to accelerate the abrasive, so that it hits the
metal surface, removes the oxide layer, burrs and micro-unevenness,
and refines the grain structure through plastic deformation, and
finally forms a mirror effect (Ra value can be as low as 0.1μm or
less).
The core features of this equipment include:
1. High-precision polishing: suitable for materials such as
stainless steel and aluminum alloy, with surface roughness reaching
optical grade standards.
2. Controllable process: By adjusting the abrasive type (glass
beads/stainless steel shots), air pressure (0.2~0.8MPa) and spray
angle, different effects such as mirror and matte can be flexibly
achieved.
3. High efficiency and environmental protection: abrasive
recycling, with dust removal system, reduce waste and pollution of
consumables.
4. Automatic adaptation: CNC machine models can be programmed to
operate, suitable for complex surfaces (such as medical devices,
molds).
Compared with traditional mechanical polishing, mirror sandblasting
machines are more efficient and more consistent. They are widely
used in automotive parts, electronic accessories, jewelry
processing and other fields. They are ideal for precision surface
treatment.
Machine Size
Model | Height | Width | Depth | Weight | Remarks |
KDL800 | 1700mm | 530mm | 800mm | 120kg | Specific parameters based on the actual product |
KDLAU800 | 2550mm | 1600mm | 1850mm | 1.5T |
Other Parameters
Model | Device size | Power | Voltage | Remarks |
KDL800 | 800*900*1800mm | 0.75kw | 380/50Hz | SPRJMP800 is a special model for tool passivation |
KDLAU800 | 1200*1000*2000mm | 1.5kw | 380/50Hz |