Please note that the video files are downloaded as a WinZip file due to file size. The movie file can then be extracted and played.
This animation shows air bubble removal. With TF TechnologyTM the printhead automatically recovers and the air bubbles are removed from the channels, ideal for applications where uptime is critical.
This animation shows the acoustic waves moving along the channels. This method of drop ejection is very efficient and higher frequencies can be achieved.
A traditional binary printhead ejects single drops of ink of the same size from each nozzle to priint an image. This animation show binary ejection in action.
This animation shows 'chevron' actuation in three channel walls. The chevron design is very energy efficient, reducing the required driving voltage..
The animation shows Xaar's patented TF TechnologyTM in action with arrows representing the flow of ink. This technology delivers unprecedented reliability, reduced maintenance cycles and consistent drop formation.
This animation simulates drop formation for both an optimised and non-optimised fluid/waveform combination.
This animation shows how a range of drop sizes can be formed using smaller drops enabled by Xaar's multi-pulse technology.
This animation shows how selectable binary works. the optimum drop size to print the image can be selected from a range of drop volumes and is fixed for the whole image.
This animation shows channel walls influencing the drop ejection of neighbouring channels.
This animation shows three piezo crystal walls shearing from side to side. Shear mode gives a larger movement for less energy.
Xaar's Ian Dinwoodie talks about single-pass printing and new machines coming to market.
Xaar's Mark Alexander discusses Evolution versus Revolution in the inkjet market.
Xaar's Phil Eaves examines the market for digital labels and the variety of inkjet label printers coming to market.Labelexpo 2009