ODM Automated Sandblasting Cabinet Company & Service

While automated abrasive blasting is primarily designed for contaminant stripping, scale descaling, and producing anchor surface roughness profiles for coating adhesion, controlled shot peening utilizes spherical media to cold-work the metal surface. The purpose of peening is to induce a compressive residual stress zone that resists cyclic tensile fatigue, stress corrosion cracking (SCC), and fretting, verified through Almen strip arc height and saturation curves.

Consistency is guaranteed through closed-loop computerized feedback. Air pressure is managed via proportional valves with real-time feedback, media flow is throttled with electronic MagnaValves, and part and nozzle kinematics are executed with multi-axis CNC or robotic precision. Media classification units continuously remove debris, ensuring the blast stream properties do not deviate during production runs.

Yes. KOSHIN operates dedicated test and contract processing laboratories. We execute saturation curves, generate Almen coverage studies, run surface roughness profilometry (Ra, Rz), and analyze residual stress depth profiles (via X-ray diffraction). These validated parameters are saved into the machine software before shipment, ensuring true turnkey deployment.

Every machine package includes CE Declaration of Conformity documents, electrical schematics compliant with UL/IEC standards, pressure vessel certifications, full FAT/SAT test records, calibration certificates for flow and pressure instruments, and traceability software documentation tailored for Nadcap quality audits.

To deliver an accurate configuration, we require: workpiece geometry, 3D CAD files, component weight, material substrate, surface treatment specification (e.g., AMS 2430, ISO 8501-1), required Almen intensity and coverage target, target cycle time/throughput, media type and mesh size, and site electrical/footprint restrictions.