EVERES needs no manual resetting before printing. At the start of every printing task, EVERES automatically self-aligns the print base on the bottom of the printing tank. Once completed, the print base is locked in and remains aligned until the task is complete.
EVERES can manage the resin automatically at each printing cycle. During the preparation phase, a quantity of resin sufficient to carry out the selected task is automatically poured into the work chamber. At the end of the task, any excess resin will automatically be withdrawn inside the original cartridge, for optimum storage with no waste. Additionally, according to the type of resin used, users can select the thickness of layers with which they intend to build their model using the EVESOFT software. This setting may be changed manually and is the only one that users should consider when choosing the material, as the machine will automatically load the process parameters simply by placing the resin cartridge in the appropriate housing, thanks to RFID technology.
All EVERES printers connected within “My local network” can be controlled by EVERES Monitoring Interface. This browser interface shows the status and printing phases of the units in the network, it also allows the management of the basic functions of the EVERES hardware (SBP, Hydraulic System, Tilting Glass and Door) to perform all standard printing operations. EVERES Monitoring Interface is a browser interface, hence it can easily be managed from any connected device, i.e. PC, tablet or smartphone.
All Bottom-Up Stereolithography techniques are affected by a mechanical effect on the printing element, the so-called “suction cup effect,” due to the hydrodynamic properties of the resins used. This effect may be reduced with Zero Tilting Glass technology, patented by SISMA, combined with the PTFE membrane placed on the bottom of the printing tank. Zero Tilting Glass technology provides a mobile glass layer beneath the tank, which is automatically lowered every time the platform moves upward. This minimizes mechanical resistance, which will thus be due to the PTFE membrane only, hence minimized. Besides, the material that makes up the membrane is totally inert and will not degenerate when exposed to UV light and the resins used; as a result, this membrane is long wearing and the tank will not need to be replaced frequently.