Application

    • Automotive Industry – Cleaning and refurbishing of cylinder heads, gear housings, brake components, engine parts.
    • Aerospace & Defense – Precision cleaning of turbine blades, aerospace alloys, and defense components.
    • Manufacturing & Tooling – Deburring, descaling, and surface texturing of dies, molds, and fabrication parts.
    • Foundries & Forgings – Rust and scale removal from medium to heavy castings.
    • Coating Preparation – Providing uniform surface roughness for paint, powder coating, or plating applications.

Pressure Blasting Cabinet

The Pressure Blasting Cabinet is an advanced, enclosed Air-Operated Abrasive Blasting System designed for Medium to Heavy-Duty Surface Treatment. Unlike suction systems, where abrasive is drawn by vacuum, this machine uses a Pressurized Abrasive Pot that feeds media directly into the blast stream, delivering Higher Velocity, Superior Cleaning Rates & better Surface Finishes.

By utilizing compressed air and pressure-fed abrasive, this cabinet ensures Rapid Surface Preparation, consistent cleaning quality, and long service life of critical components. The sealed cabinet design not only provides a Controlled Environment but also makes the operation Dust-Free & Eco-Friendly, ensuring compliance with global industry standards.

Standard / Customization

  • Cabinet Sizes: From 600 x 600 mm (compact) to 2000 x 2000 mm (large-scale).
  • Pressure Pot Capacities: 28-45KG
  • Blast Nozzles: Tungsten carbide, boron carbide, or silicon nitride options for long wear life.
  • Dust Collection Systems: Bag filters, cartridge filters, or high-efficiency pulse-jet collectors.
  • Lighting: LED dust-proof lights for enhanced visibility inside the cabinet.
  • Automation Options: Manual, semi-automatic, or fully robotic blasting systems with PLC/HMI Control Panels.
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Features:

  • High-performance Pressure-Fed Blasting System for rapid cleaning.
  • Sealed and dust-proof blasting chamber with LED lighting.
  • Abrasive recycling system to reduce media wastage.
  • Ergonomic operator access with heavy-duty gloves and viewing window.
  • Wide choice of blast nozzles for different abrasives and applications.
  • PLC/HMI-based automation for precision and consistency.
  • Integrated Dust Collector for eco-friendly operation.
  • Suitable for both Batch & Continuous Production Lines.
  • Rugged steel fabrication with wear-resistant liners for longer service life.

Specializations:

  • Superior Speed & Efficiency: Up to 5x faster than suction blasting systems.
  • Heavy-Duty Applications: Suitable for castings, forgings, and tough industrial contaminants.
  • High Versatility: Compatible with a wide range of abrasives.
  • Automation Ready: Can be upgraded to robotic blasting for mass production.
  • Eco-Friendly: Built-in dust collection ensures minimal environmental impact.
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Compliance & Standards

  • Manufactured under ISO 9001:2015 Certified Processes.
  • Compliant with OSHA Safety Standards for operator health.
  • Equipped with EPA-Approved Dust Collectors.
  • CE-certified export-ready design.
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Technology Benefits

  • Faster cleaning cycles reduce labor and operational costs.
  • Superior surface quality ensures better paint adhesion and coating durability.
  • Dust-free, eco-friendly operation aligns with modern industrial sustainability goals.
  • Rugged design ensures long operational life with minimal downtime.

Working Principle

  • Workpieces are placed inside the fully enclosed blasting chamber.
  • Abrasive media stored in the pressure pot is Pressurized and propelled into the blast nozzle using compressed air.
  • The operator (through heavy-duty gloves and a wide viewing window) or a robotic arm directs the abrasive stream onto the component.
  • Abrasive strikes the surface at high velocity, cleaning rust, mill scale, paint, and contaminants.
  • Spent abrasive falls into a collection hopper, passes through a Media Reclamation & Cleaning System, and is recycled.

Material Compatibility

  • Metals: Steel, cast iron, aluminum, titanium, brass, bronze.
  • Non-Metals: Plastics, composites, ceramics, and glass (with softer abrasives).
  • Finishes: Capable of aggressive cleaning, satin finishing, and precise surface texturing depending on abrasive selection.

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