#3dlabprint rostock manual
#3dlabprint rostock software

It will instead depend on the filaments momentum, and gravity to let the rest of the filament ooze out and fill in the region for the last 5 mm of the line. If you set a coasting distance of 5 mm, the extruder will be pushing out plastic for the first 95 mm of traveling, but then stop extruding and while it will move over the rest of the line, it will not actually extrude anything for the last 5 mm. Lets say you're printing a single line that is 100 mm long. I think 1800 mm/min or 30 mm/sec is about as slow as I'd want to go for standard retracts, that going quicker will help for print quality in most cases.Д¬oasting Distance: Setting a coasting value can be good if you want to empty out your nozzle before doing a retract.

Retraction Speed: The speed at which the filament will be retracted/primed. This is particularly helpful with Delta printers and prints that have a lot of islands, since the delta printers can be prone to running into parts when doing rapids.

Retraction Vertical Lift: The nozzle will move up in the Z-axis whenever you do a retract. However, you can modify this by placing an Extra Restart Distance, if you notice that your prints have minor blobs at the starting points, you may find that placing a small negative Extra Restart Distance can help, such as -.2 mm.

#3dlabprint rostock software

For Bowden extruders, 5 to 8.5 mm seems to work well.Д®xtra Restart Distance: When the software does a prime (after retracting), it will prime the same amount as retracted. Retraction Distance: How much filament will be retracted when the software does a retract.

#3dlabprint rostock manual

For most cases, keeping this setting on Auto (1.2x your nozzle diameter) is the best route, however for certain cases where you have extremely thin nozzles, you may find it's best to go to Manual and play with lowering the Extrusion Width setting. If you notice that your Top solid layers are not as filled-in as you'd like them to be, I would recommend increasing the # of top solid layers, and if you still think there's an issue then this is the setting I'd recommend changing.Д®xtrusion Width: The slicing engine doesn't use your nozzle diameter, but instead uses your Extrusion Width setting. This includes skirts, rafts, supports, perimeter and infill extrudes. Large 1 mm nozzles are great for rapid prototyping, creating large parts quickly and efficiently by pushing out lots of plastic.Д®xtrusion Multiplier: The extrusion multiplier will multiply the amount of filament extruded for your entire print. A smaller nozzle is great for thin walls, for printing small miniatures and other things that require fine precise details. 3 mm all the way up to 1 mm for some of the more customized printers. Nozzle Diameter: This is the diameter of the tip of your nozzle where plastic is extruded from. The general convention is your first tool will be T0, if you have multiple extruders general convention also is that T0 will be the right extruder and T1 will be the left extruder. Extruder Toolhead Index: This is the Identifier your associated with your extruder head that is decided in your firmware.