OEM KOSHIN Robotic Shot Peening Machine for Aerospace & Automotive Parts Manufacturers, Quotes

• Fully automated 6-axis robot peening cell with satellite indexing turntable. 

• Closed-loop Almen intensity control for repeatable, certifiable surface treatment. 

• Compatible with steel shot, ceramic, glass bead, and cut-wire media; 2-year warranty.

The KOSHIN Robotic Shot Peening Machine is a fully enclosed, automated blast cell engineered to induce controlled compressive residual stress on the surface of metal components, dramatically extending fatigue life and resistance to stress-corrosion cracking. A 6-axis industrial robot wields the nozzle along part-specific tool paths, while a satellite indexing turntable presents multiple workpieces in sequence — combining the surface-quality benefits of manual peening with the throughput and repeatability demanded by modern aerospace, automotive, and tooling supply chains.

Every cycle is recipe-driven from the integrated HMI/PLC, so pressure, nozzle stand-off, dwell time, and turntable speed are recalled per part number rather than re-set by hand. The closed-loop media recovery system continuously screens, classifies, and returns the working media, keeping intensity stable from the first shift of the day to the last. The result is a peening process you can qualify, audit, and scale.

Product Description

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Frequently Asked Questions

What is the primary function of the Dual-Robot Shot Peening Machine for blisks?

It delivers automated, highly synchronized surface enhancement for complex aerospace blisk geometries, ensuring uniform residual compressive stress and extended component fatigue life.

How does wet shot peening differ from traditional dry shot peening?

Wet shot peening suspends abrasive media in a liquid slurry, minimizing dust, lowering surface roughness, and mitigating media embedding on delicate, precision metal parts.

Which components benefit most from microsphere peening equipment?

Microsphere peening is optimized for ultra-fine surface finishing, thin-walled precision parts, medical implants, and micro-gears requiring controlled stress layers without dimensional distortion.

Can these shot peening systems meet stringent aerospace quality standards?

Yes, automated robotic controls and real-time monitoring enable exact repeatability compliant with international aerospace specifications such as AMS 2430 and AMS 2432.

How is media flow and blasting intensity regulated across operations?

Advanced closed-loop flow valves, continuous pressure sensors, and precision nozzle tracking guarantee steady Almen intensity and consistent coverage across every production batch.

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