Prodigy® HDLV® High Capacity Pump

Prodigy HDLV High Capacity Transfer pumps use dense-phase technology with high-density powder, low-velocity air to propel more powder with less compressed air.

Features And Benefits

Prodigy® pumping system moves large volumes of powder quickly with reduced amount of air
Automated colour change without disassembly
Suitable for bulk feed into a system or recycling
Ideal solution to overpressurised or problematic powder circulation
Uses small bore hose
Easy retrofit to existing systems
Transports up to 4kg per minute
Pumps over long distances
Simple pneumatic operation, no moving pistons or ATEX zone issues
Only requires a small and compact surge hopper underneath the cyclone

Suitable for :

Recycling from a cyclone to the feed system
Removing waste powder from an afterfilter
Bulk feeding virgin powder

Related Products

Prodigy® HDLV® Technology

High Density Low Velocity (HDLV®) pumping technology to meter powder to the gun with less air, resulting in soft spray and increased transfer efficiency.

How Does Prodigy® Work ?

Prodigy® transport technology is based upon the unique Nordson High Density powder Low Velocity air (HDLV®) mechanism where powder is metered to the gun using less air to propel it at a slower velocity.

How To Achieve Process Control With Prodigy®

Process control with prodigy description page

Prodigy® II HDLV® Technology

ColorMax® Engineered Powder Coating System

Fully integrated, the ColorMax powder coating system substantially reduces labor cost, downtime and material waste in multiple-color applications

ColorMax®3 Powder Coating System

The Nordson ColorMax® 3 powder coating system’s modular design provides several work heights. With a superb open-face canopy design and external manual touch-up stations which improve first-pass transfer efficiency

Prodigy Powder Port

Spectrum Powder Feed Centre

Nordson’s new Spectrum Powder Feed Centre provides all the features and benefits previously available and even more.

Links

Prodigy® HDLV® High Capacity Pump Literature