The Pico2HD27 385nm System has been rated the best overall system Universities, Research Labs, and Production Labs for its high resolution, quality engineering, ease of use, open source material capability, affordable pricing, and excellent technical support. The availability of the 385nm emitter in these machines adds to the precision. This shorter wavelength light has far less bleed in the X & Y axis compared to the 405nm which makes it perfect for building tiny, interior, open features in your parts.
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Now, Asiga has stepped up it's game one more time with the new MAX-X27UV. This new MAX-X series has all the quality engineering that Asiga has come to be known for and the addition of the new SPS positioning system. The Smart Positioning System senses the platform and part position rather than estimating or calculating it based on the turns of the drive screw in the linear drive. This new system ensures precise layer thickness each and every time and eliminates the occasional operator error part crashes that occur on other machines.
The Teflon film build trays (vats), do not vary so calibration when changing from one material to another in a different build tray is not needed. On top of that, the design of the Teflon build trays have the lowest separation forces in the industry. Because there are no moving parts above or below the Teflon film tray, the build trays last and last.
The optics in the MAX-X series are precision ground and coated to eliminate defects caused by distortion or errant reflective glare. Multiple quality checks are in place to ensure the perfect print.
It is these factors that will now make the Asiga MAX-X27UV the perfect machine for Micro-fluidics and high precision medical applications.