XYZprinting Da Vinci 1 3D Printer – Tap Handles, Stir Plates and More + 3D Printing Tips

XYZprinting Da Vinci 1.0 3D Printer, Grey

I’ve had my XYZpringing Da Vinci 1 3D Printer since the end of 2014.  I’ve used it for a lot of projects including several homebrewing related prints.  A few of those… Pub Style Tap Handle – 6 ml Measuring Cup for Star SanMagnet Mounting Thingy – more projects are on the way.  It’s relatively easy to design your own prints and pre-designed STL files abound on sites like thingiverse.

The Da Vinci 1,0 is 2014 CES Editors’ Choice Award Winner – Most Affordable 3D Printer.  It has a large 475 cubic inch build volume (7.8″ x 7.8″ x 7.8″).  It includes ABS filament.  User Manual, Printer Cleaning Guide and Load Filament Guide are all available as PDF files under the Product Information section.

XYZPrinting DaVinci 1 Purchase DateI’ve been very happy with this printer.  Check out a few tips below.

XYZprinting Da Vinci 1.0 3D Printer

DIY Stir Plate3D Magnet Mount in Action

Some Da Vinci 1 Tips  –

  • I clean the printer bed with a cloth and warm water first (as suggested in the directions) but then go a step further by completing a final cleaning with rubbing alcohol.  I picked this up from Make Magazine.  It doesn’t take much.  Several drops along with a paper towel or clean cloth do the trick.  This cleans off any residual oil and helps the model stick to the platform.
  • The printer includes a glue stick for helping to affix prints to the bed.  These are just standard UHU Glue Sticks.  I’ve found a thin even coat of glue works the best.
  • A properly calibrated and leveled bed is a big part of getting a quality print.  If your first layer is getting spread out, your bed is too high.  If edges are lifting up, your bed is too low.  I’ve found the built in calibration routine on this printer to be difficult and time consuming.  I started using Gap Feeler Gauge to do a manual calibration.  Note that this is not the factory recommended method for calibration.  I picked up this set of feeler gauges to do this.  I use the .2 mm gauge.  It’s a quick and simple process.  I start one of the demo prints and wait for the printer to warm up and print the purge line on the right hand side of the bed.  As the print head moves toward the middle of the bed to start the demo item, I unplug the printer.  The printer head and bed are hot so be careful and cautious if you decide to do this.  I move the head above each of the adjustment screws and adjust until the .2 mm gap tool just starts to drag on the head.  Complete 3 times at each point and then go back around to double check and fine tune.  This process takes just a few minutes.  Again… this is not the factory recommended solution.  If you do it, do so at your own risk and be careful – the print head and bed are hot.  Also… I did not develop this technique.  I found it on a forum.  It seems to be pretty widely mentioned.  I think the factory solution could also produce good results.  I just didn’t put a lot of time into getting good at it.

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