The OMNI 1800 glazes at elevated heights using a telehandler or off-road forklift. It can be used inside and outside a building envelope to allow for glazing of glass and windows weighing up to 1,800 pounds. It has a fully integrated and independent power supply to drive electric actuators and vacuum pumps. It is operated with a convenient wireless remote, which controls six degrees of precise movement for better managing precision glazing. 

The OMNI 1800 glazes at elevated heights using a telehandler or off-road forklift. It can be used inside and outside a building envelope to allow for glazing of glass and windows weighing up to 1,800 pounds. It has a fully integrated and independent power supply to drive electric actuators and vacuum pumps. It is operated with a convenient wireless remote, which controls six degrees of precise movement for better managing precision glazing. 

The OMNI 1800 glazes at elevated heights using a telehandler or off-road forklift. It can be used inside and outside a building envelope to allow for glazing of glass and windows weighing up to 1,800 pounds. It has a fully integrated and independent power supply to drive electric actuators and vacuum pumps. It is operated with a convenient wireless remote, which controls six degrees of precise movement for better managing precision glazing. 

The OMNI 1800 glazes at elevated heights using a telehandler or off-road forklift. It can be used inside and outside a building envelope to allow for glazing of glass and windows weighing up to 1,800 pounds. It has a fully integrated and independent power supply to drive electric actuators and vacuum pumps. It is operated with a convenient wireless remote, which controls six degrees of precise movement for better managing precision glazing. 

Users of the Integrated Automation Systems AutoRack1 can rack and un-rack from horizontal
and vertical lines anywhere in the operation. Users will be able to rack and un-rack gently and consistently at a rate of more than 2,500 units per shift, according to the company. On horizontal lines, the AutoRack1 indexer can be extended after racking so units can be cooled, gas-filled and closed, achieving one-piece flow. AutoRack1 reduces handling damage, thanks to a rack design that makes it nearly impossible to scratch glass in combination with the company’s automated process that consistently and gently racks and un-racks glass.

Users of the Integrated Automation Systems AutoRack1 can rack and un-rack from horizontal
and vertical lines anywhere in the operation. Users will be able to rack and un-rack gently and consistently at a rate of more than 2,500 units per shift, according to the company. On horizontal lines, the AutoRack1 indexer can be extended after racking so units can be cooled, gas-filled and closed, achieving one-piece flow. AutoRack1 reduces handling damage, thanks to a rack design that makes it nearly impossible to scratch glass in combination with the company’s automated process that consistently and gently racks and un-racks glass.

Users of the Integrated Automation Systems AutoRack1 can rack and un-rack from horizontal
and vertical lines anywhere in the operation. Users will be able to rack and un-rack gently and consistently at a rate of more than 2,500 units per shift, according to the company. On horizontal lines, the AutoRack1 indexer can be extended after racking so units can be cooled, gas-filled and closed, achieving one-piece flow. AutoRack1 reduces handling damage, thanks to a rack design that makes it nearly impossible to scratch glass in combination with the company’s automated process that consistently and gently racks and un-racks glass.