![]() ![]() Objects are likely to come off the printer needing some remedial work. No problems on the software side that can't be blamed on me. Not ultra-accurate and printing takes ages. The underside of the top-plate is slightly untidy, but the bobbin is perfectly serviceable.Ĭonclusions: Pretty impressed for the money. The bobbin has a minor flaw due to a blob of plastic building up on the print nozzle. The dog is near perfect The most obvious problem with the honeycomb and bobbin are the solid raft laid down first, which will have to be removed. ![]() The centre hole is most faulty, a rim formed narrowing the 12mm interior to 11.52mm at the very top. Dimensionally quite good 20.00mm base diameter, 20.03 top diameter. This printed well in 21 minutes, and I was particularly pleased to see a reasonable top-plate - I expected it to sag, but the software was intelligent enough to build the overhang in sensible stages. This is 20mm diameter, 20mm high, with a 12mm diameter hole. Next was the coil bobbin needed for my solenoid valves. Next, I tried a home-designed honey-comb structure intended to see how well the printer would cope with a fine internal structure.ĭidn't work properly, checking back there's an error in the honey-comb section of my FreeCAD model. Although I don't want a dog, I printed one to see how well the printer would behave with a model supplied by the seller. Not everyone thinks these goodies are worth the extra money, but the magnetic plate works well for me.įirst model is the dog supplied by Creality to test the printer. The latter makes it easier to get models off the printer bed - no need for Hairspray or other tricks. The pro comes with a stiffer frame, better base, beefier power supply, and a flexible magnetic plate that sits on the hot bed. The Creality Ender 3 Pro is a slightly improved version of the popular Ender 3. Wait a very long time for printing to finish!.Watch the head and bed temperatures take a few minutes to rise, before printing starts by laying down a foundation layer.(Although I had no problem reading it with Windows and Linux, I had to reformat the supplied memory card before the printer recognised it.) Follow the slightly confusing instructions for Printing via menu option 'Init TF Card', and a list of what's on the card should appear on screen.Insert the memory card with gcode into the slot provided.Set the print-head to 200C and the bed temperature to 45C.Warm up the print-head and feed plastic stock (provided) into the mechanism until a little plastic blobs out of the print nozzle.Switch on the printer, level the bed, and zero the print head.Copy the gcode file to a memory card held in a USB converter (both provided(.It 'slices' 3D shapes into multiple layers, bottom up, and outputs the gcode needed to control the printer (or other CNC machine). ![]() ![]()
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