Aerospace Casting Shell Removal System | Precision Cleaning for Aero-Engine & Turbine Parts

A fully enclosed, automated process that uses controlled ultra-high-pressure water jets to quickly and cleanly remove shell materials from cast components.

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System Introduction

The fully automatic high-pressure water descrambling system uses high-pressure water jets to remove shell layers from part surfaces without damaging the substrate. By integrating ultra-high pressure waterjet technology and intelligent automation, the system improves productivity, enhances safety, reduces labor costs, and ensures stable, high-quality descrambling performance.

WaterJet Casting Shakeout

Application Introduction of Fully Automatic High-Pressure Water Descrambling System

The fully automatic high-pressure water descrambling system utilizes high-pressure water jets to rapidly peel off the shell layer from the surface of parts without damaging the substrate. The system effectively integrates ultra-high-pressure water jet application technology and automated control, improving production efficiency and equipment safety, reducing labor costs, and enhancing descrambling quality.

Key System Features

Compact Integrated Structure

Small footprint, starting from5m × 2.5m × 3.5m , saving workshop space.

Fast Automatic Clamping

Quick fixture change and loading; optional cantilever feeding reduces labor intensity.

Intelligent PLC Control

Professional HMI for easy operation and stable process control.

6-Axis Robot + Rotary Table

With zero-point positioning for full-range, high-precision shell removal.

Water Recycling & Filtration

Closed-loop water system reduces consumption and saves energy.

Fully Enclosed Booth

Prevents splashing and keeps the working area clean, quiet and safe.

Data Acquisition & Reporting

Real-time process data recording and report output for process optimization.

Process Testing & Validation

Testing Requirements
Clean shell and sand from casting surfaces and inner cavities using automated high-pressure waterjet technology.
Testing Purpose
Remove foundry sand without damaging workpiece substrate, and verify the feasibility and efficiency of waterjet cleaning.
Testing Conclusion
The rotating jet structure driven by a robotic arm achieveshigher efficiency and better cleaning qualitythan vibration de‑shelling and manual knocking methods.

Powering Advanced Manufacturing Across Industries

Fedjetting delivers industrial-grade water jet solutions that redefine precision cleaning and surface processing. Our technology harnesses the power of ultra-high pressure water to solve complex manufacturing challenges while maintaining the integrity of base materials. From delicate medical implants to massive industrial components, we provide the perfect balance of power, precision and process control.