Once cured, it becomes a lot safer and even benign to handle, but should still not be ingested or used to store food and drink.
#3d printer software free slicer skin#
You should not allow direct skin and especially eye contact with resin in its liquid state. Working with resin (even the increasing number of eco-friendly options) requires taking precautions. On a purely mechanical level, the process typically involves a base plate that is upside down and submerged in a pool of resin and as the printing progresses, gets pulled up layer by layer.īefore we go over the different sub-types of resin 3D printing, a major note to make is that resin can be harmful to you and the environment. This hardening or curing is achieved by precisely introducing UV light into areas of the liquid resin, hardening it and then moving on to the next layer. The goal is to create longer chains using these monomers and oligomers which will eventually form the hard-plastic material for our 3D prints. Left in this state, they will remain in liquid form. This liquid is basically composed of a mixture of different monomers and oligomers - short chains made mostly of carbon atoms and a few functional groups. Instead of hard filament that gets melted down, it uses resin as its raw material, which comes in liquid form. Resin 3D printing is a totally different process.
Simply put - you add three-dimensional lines one by one, starting from the bottom and then layering everything to the top. This is facilitated by 3-dimensional motion from a combination of the printer head and the printer base. This is the type of printing where you typically have a printer head that heats up and extrudes filament, like PLA on onto a base layer by layer and line by line. What most people associate 3D printing with is Fused deposition modeling (FDM). If you are already in the know, feel free to skip to the next part, but many of you might still appreciate a crash course. Resin 3D printing? What is it and is it better than FDM? And this might just be the perfect profile of most first-time resin 3D printer afficionados. I had plenty of theoretical knowledge on resin printing, but zero experience so I approached reviewing the Creality HALOT-ONE from the point of view of a novice and someone who's more accustomed to FDM 3D printing. So, tl dr - I am well-versed in 3D printing tech and have what I would call above-average practical experience with traditional FDM printing.
So, my baby steps into 3D printing as a whole were done on one of Creality's 3D printers from the ever-popular Ender line and in a poetic turn on events, I am about to venture into Resin 3D printing on another Creality product. I have been doing Fused deposition modeling (FDM) 3D printing for over a year now as a hobby on and off and have owned a total of three 3D printers - my current Monoprice Select Mini V2, which is the only one I could reasonably keep with limited home space and before that Prusa i3, which replaced my original Ender 3. When CREALITY reached out asking if we wanted to check out their HALOT-ONE (CL-60) Resin 3D printer (for a fair and unsponsored review), we just couldn't pass up on the opportunity as 3D printing has been an area of interest of mine for quite some time. Ask around the office and you can get solid, in-depth information on anything from cars and fridges to drones and single-board computers and everything in-between, both size and complexity-wise. That being said, we are all passionate tech nerds and with plenty of varied interests.
We'll readily admit that 3D printing is not our primary field on interest here at GSMArena.