Superior Orifice Engineering: An advanced media-metering orifice design delivers faster recovery and higher static-pressure performance than conventional systems, helping maximize efficiency when production schedules leave no room for delays.

Clog-Resistant Operation: VES floor sections are engineered to provide dependable media flow and reduce the plugging issues commonly associated with low-static recovery systems.

Programmable Precision: Choose from a pneumatically actuated linear slide-gate system or a rotary gatling-style system. Each can be programmed through a touchscreen control mounted on the main control panel, providing centralized system management.

VES media recovery systems allow independent timing intervals to be set for individual floor-recovery sections, supporting:

• Customized recovery timing for areas with heavier abrasive-media concentrations
• Longer recovery intervals where additional cleaning is needed
• Efficient system operation based on actual booth conditions
• Reduced operator contact with potentially hazardous contaminants
• Better control of media movement and recovery sequencing

Heavy-Duty Load Capacity: Floor grating is designed and manufactured with a standard load rating of up to 2,000 pounds per square foot, supporting heavy equipment and demanding industrial operations.

Integrated Debris Protection: Welded wire mesh provides initial screening for larger debris, helping prevent contamination from entering the recovery system and reducing the risk of hopper blockage.

Modular Design for Maximum Uptime: Media-recovery floor sections are manufactured in a modular configuration to support operational continuity:

• Individual sections can be removed for service or replacement
• Temporary steel plates can be installed to keep operations moving
• Replacement sections can be delivered while production continues
• Maintenance can be performed without replacing the complete floor system

Engineered Beyond Conventional M-Section Floors: VES media recovery troughs are designed to avoid the airflow and plugging limitations commonly associated with conventional M-section recovery floors.

Common limitations of low-static M-section systems may include:

• Low conveying velocity
• Frequent plugging or clogging
• Increased blower demand to compensate for airflow limitations
• Insufficient static pressure to move accumulated abrasive media
• Ongoing maintenance requirements
• Extended production downtime

VES High-Static Recovery Design: The VES system uses high-static, high-velocity pneumatic conveying to move abrasive media efficiently through the recovery system and help minimize plugging, cleanup, and production interruptions.