3D printer software Download.
this is 3D printer ABS english software.
3D printer specification:
Frame:Metal plate
Print Size:260*170*142mm(Max)
Layer thickness:0.1-0.4mm
SD Card off-line printing:Support
LED screen:Y
Print speed: 120mm/s
Nozlle diameter: 0.4mm(standard configuration)
Nozlle temperature: 250oC (Max)
Platform temperature: 110oC (adjustable)
Platform material:Aluminium plate,PCB
Printing material:ABS,PLA
Material diameter:1.75,3mm
Software language:English
File format: STL,G-code
Machine dimension:480*365*410mm
Package dimension:600*475*520mm
Power supply:DC 24V
OS:XP,WIN7,MAC
Host computer software: ReplicotorG
Environmental requirement: 10oC-30oC
Package:
Printer *1
Tools Kit *1
Software: 3D software
3D PRINTING CONCEPTS
3D Printing can be incredibly versatile once you get beyond the basics, but getting there is daunting. Here's some information on the 3D printing process that will help you as you move forward.
BUILD SPEED
Build speed is a combination of a couple of different things: The feed rate is the speed at which your extruder is moving. The flow rate is the rate at which plastic is extruding. With stepper motor extruders -- a category that includes all MakerBot extruders since the MK6 Stepstruder -- it's generally best to set these both to the same speed, so when you set your Feedrate in ReplicatorG or your Speed While Extruding in MakerWare, you are editing both of those rates.The tradeoff with build speed is between fast build times and high object quality. Very fast build times can cause rough textures and breaks in the extruded noodle of plastic.
TEMPERATURE
Extrusion temperature is the temperature the extruder heats to during your build. It depends on a few other variables, mainly the properties of the plastic filament and your build speed.Different plastics melt at different temperatures -- and in different ways. PLA makes a solid to liquid transition, like that of ice to water, and melts at extrusion temperatures from about 180C up. It also gets shinier and, with translucent colors,clearer when it's extruded at higher temperatures. ABS makes a more gradual transition, and softens enough to be extruded somewhere around 215C.Higher build speeds require higher extrusion temperatures. That's because our plastics take time to melt, as well as high temperatures. The faster the plastic is being pulled through the extruder, the higher the extrusion temperature needs to be to melt it quickly enough. We use atemperature of 220C for ABS and PLA at speeds of 40 mm/s and lower, and 230C at speeds up to about 100 mm/s. These temperatures are optimized for use with both kinds of plastic, but PLA can often extrude at much lower temperatures.You can also adjust your build plate temperature if you're using a bot with a heated build plate. ABS really needs to be printed on a heated surface, and should stick well to Kapton tape over heated aluminum between temperatures of 100C and 120C. PLA sticks to non-heated surfaces, but larger PLA objects print well on plates heated to between 40C and 60C.
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