• Significantly increase throughput without additional hoists, and the
   reduced efficiencies that come with lines having large numbers of
   hoists in-line
• Improve the uniformity of plating distribution on all the parts within
   the barrel
• Minimize the distance between anode and cathode, thereby
   reducing energy consumption, with no risk of collision during barrel
   insertion
• Eliminate the need to drag a barrel over others with the
   consequence of highly concentrated and corrosive substances
   deteriorating the underlying barrels, exhaust hoods and anode bars
• Minimize the fumes from barrels once travelling outside of a tank
• Reduce the machine footprint details

• Higher production vs. traditional plating lines with same operational
   conditions
• Faster deposition and improved distribution
• Lower electrical power consumption
• Reduced energy (heating) costs
• Lower solution dragout
• Water consumption and floorspace requirements reduced by
   >50% details
• Reduced maintenance costs
• Lower exhaust emissions and recurring cost of make-up air