- #SIMPLEST 3D PRINTER SLICER SOFTWARE#
- #SIMPLEST 3D PRINTER SLICER FREE#
#SIMPLEST 3D PRINTER SLICER SOFTWARE#
However, these different software platforms aren’t all built equally. What to look for in 3D printing slicer softwareĪll slicers work the same way – they take a 3D model, make horizontal slices from it, and send the appropriate gcodes to the 3D printer to execute. If you think that your 3D printing process of output can still be improved with the right software, then here are our top five recommendations.
#SIMPLEST 3D PRINTER SLICER FREE#
While 3D printers usually come with a prescribed slicer software, you’re actually free to use any compatible alternative. This underlines the importance of the slicer software you use with your 3D printer. The whole process starts with the digital 3D model which is then divided into very thin “slices” that are used as the basis for the movement of the print head. All rights reserved.In 3D printing, the actual 3D printer that seemingly does all the work is really only half of the equation. Other OS/Platform on demand, please ask.Īny 3D Printer using one of the following firmwares: Marlin, Makerbot, Sailfish, Smoothieware, Repetier Firmware.3 GB of RAM (8 GB recommended for complex projects).
Dual Core CPU (Quad Core CPU recommended for complex projects). Detailed statistics: from project aggregates metrics (distance, filament usage, weight, time spent) to the details of each printing phase inside each slice. Display multiple toolpaths on the same project: to compare visually toolpaths when iterating on the configuration of a sliced project. Display and Manage Multiple projects: ease handling of complex projects across one or several 3D Printers, you can open several projects together and allow to store/retrieve them from the included DB. Hierarchical projects: enable to organize complex prints, to experiment and to reuse know how. Customizable Asymmetrical Adaptive Slicing. Customizable Asymmetrical Cooling Algorithm. Customizable Toolpath strategy for any printing phase. Customizable Scheduling among-st printing phases: tweak order of printing phases as you need, merge different phases together, partition islands. Extruder/Tool fully customizable for any printing phase: change tool, speed, temperature, extrusion width, retraction, cooling. Fully customizable printing phases (insets, infill, top/bottom, supports.). Iterative Refinement Approach: refine your slicing profiles for a given project, for a given mesh, and for any individual layer of a given mesh. Very Detailed 3D Print Profiles for your most difficult projects aka Slicer Profiles. Simple 3D Print Profiles similar to existing Slicers on the market aka Quick Slicer Profiles. This is not just yet another slicer, but a tool for the mind to empower people in 3D printing and to enable them to print their dreams ChopChop3D SlicerĬhopChop3D Slicer is a 3D Printer Software enabling people to prepare, slice, print, enjoy, tune and push their 3D Printers to the limits. So we provide a mean to control, to store all such work and also to share it with other people.įor us it is also a ground to build new interesting features that can improve the print quality, to reduce printing time, to improve print reliability. what infill to use for my set of constraints?. where supports should be? how much clearance on Z and on X/Y?. Some parts need a lot of tinkering to get good quality, just to name a few: You can see, compare and see what happens in all the details so you can iterate and refine further: you have different parameters per mesh, per slice, per printing phases.ĭespite common belief, 3D Printing is not a click button process. how much time, money, resources you spent on this. Our software is an evolving tool that not only prepare the job for the 3D printer but it provides you also insights of: We have a modular slicing engine that can be tuned in many ways, all its parameters are exposed. We are not tide by the existing, we break things and challenge our-self in order to push further and improve in different ways. We expose features of our tools in a way to enable people to experiment with them, to compare and to measure results. Our software is not limited to a single 3D Printing process. 
We propose also to develop specific software for 3D Printers Manufacturers and to provide also services linked to 3D Printing. Why we have developed a slicer platform ?īecause whatever new process, feature or improvement you want to implement on a 3D Printer, you need the software driving it to be aware and this is the slicer that will be the key to enable you to take advantage of such features.We are here to build tools, to help, to learn from people that are creating, experimenting, failing, challenging and making things happen. We believe that 3D Printing is not only a technique but a part of much more broader and deeper transformation to the digital age of our society.
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