ADVANCED MEDIA RECOVERY AND CONTAMINANT REMOVAL
High-Density
Particle Separation System
Aerospace-grade media recovery and contaminant removal when media purity cannot be compromised.
The VES High-Density Particle Separation System is engineered to remove dense contaminants from recovered blast media, helping protect media purity, equipment performance, and compliance in demanding aerospace and industrial environments. Designed for applications where cleanliness cannot be compromised, the HDPS system combines sealed construction, advanced separation technology, and proven media-recovery performance to support reliable operation and long-term system efficiency.
Aerospace Purpose-Built Technology
Experience long-term performance and precision with the VES High-Density Particle Separation System.
The advanced media-recovery and contaminant-removal solution, only from VES.
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Why Choose the VES HDPS System?
TO 1-1-8 COMPLIANCE
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Specifically engineered to meet the stringent media-cleanliness requirements of Technical Order 1-1-8, Section 2.12.12.
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System performance has been validated through independent laboratory testing to provide operational confidence in demanding aerospace applications.
ALL-STEEL DURABILITY CONSTRUCTION
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Superior all-steel construction eliminates wood and canvas components, providing long-term resistance to environmental extremes including heat, humidity, and cold.
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The durable construction supports an extended service life and dependable performance in demanding operating environments.
ADVANCED DUST-CONTAINMENT TECHNOLOGY
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Fully encapsulated containment features help prevent media and harmful dust leakage.
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The sealed design supports safer operator conditions, cleaner work environments, media purity, and applicable compliance requirements.
AEROSPACE-GRADE CONSTRUCTION
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Heavy-duty steel construction provides superior resistance to environmental extremes and demanding operating conditions.
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The system is engineered for extended service life and dependable operation in aerospace-grade surface-preparation applications.
Detailed Specifications & Technology
Advanced Vibratory Classification System
Dual-Screen, Three-Deck Separator: A large dual-screen system efficiently separates waste material and fines to support optimal media recovery.
Integrated Static Control: A built-in ionizer reduces static buildup, improving separation efficiency and material flow.
Overfill Protection: A rotary airlock and level sensor help prevent system overload and support continuous operation.
Magnetic Separation Technology
Automatic Rare-Earth Separator: Automatically removes ferrous particles to maintain consistent media purity.
Self-Cleaning Enclosed Design: Three magnetic rows with alternating centers provide effective separation, improved dust containment, and reduced maintenance.
Tramp-Metal Protection: Helps maintain media purity and protect downstream equipment from damage.
Aerospace-Proven Fluidized-Bed Technology
Large-Capacity Dense-Particle Separation: Effectively separates dense contaminants from recovered media for improved cleaning performance.
Aluminum-Oxide Construction: Provides resistance to contaminants and wear for an extended service life.
Fully Sealed Housing: Seam-welded construction helps prevent leakage and maintain system integrity.
Variable-Frequency Drive: Optimizes performance in high-moisture environments and supports consistent operation.
Enhanced Safety & Control Systems
Automatic Shutdown Protection: Automatic protection protocols support operator safety and system efficiency.
Microprocessor Controls: Provide coordinated operation for plastic and starch-media applications.
Three Way Cyclonic Separator: Provides adjustable dust and media separation for optimized performance.
High Capacity Storage: A 100 cubic foot hopper with high and low level sensors supports system monitoring and control.
Safety & Compliance Features
OSHA Aligned Access: Service ladders, platforms, and railings support safer maintenance access.
Sealed Service Gate: A fully contained slide gate supports safer media separation during service activities.
Leak Resistant Construction: Fully welded seams help reduce hazardous dust leakage and support operator protection.
| Specification | Imperial | Metric |
|---|---|---|
| Height | 22' 9" | 7 m |
| Variable to accommodate location and storage hopper requirements | ||
| Floor Space Required | 12' x 9' (approximate) | 3.7 m x 2.7 m |
| Air Consumption | 178 CFM at 100 psi | 5,041 LPM at 7 bar |
| Recovery Cyclone Processing | 100 lb/minute | 45 kg/min |
| Dense Particle Removal Rate | 30 lb/minute (1,800 lb/hour) | 13.6 kg/min (816 kg/hr) |
| Varies with media density & size | ||
| Electrical Requirements | 24 amp at 460V, 3-phase, 60 Hz | |
| 45 amp at 230V, 3-phase, 60 Hz | ||
| Other voltages, phases & frequencies available |
Custom Tailored Project Support
Not finding exactly what you need? VES can support custom demolition, installation, relocation, and equipment integration projects based on your facility, timeline, equipment, and operational requirements.
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Our sales, engineering, and service teams work together to understand the project scope, identify site challenges, and develop a plan that supports safe, efficient execution.
Let's Talk About Your Project
Schedule a no charge site visit or request a quote and see how engineered solutions can improve your operation.
PROUDLY MANUFACTURED BY
VETERAN EQUIPMENT SALES
VES is a certified and registered Service-Disabled Veteran-Owned Small Business specializing in engineered paint, blast, and corrosion control equipment for military, aerospace, and industrial application.
SDVOSB CERTIFIED
Service-Disabled
Veteran-Owned
Small Business
CAGE CODE
7M9Y6
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DUNS NUMBER
080240304
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TAX ID
47-4428359
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SAM REGISTERED
Active federal
contractor
registration
