In this day and age time has become ever more important, with our Contract 3D printing services you can drastically reduce lead time from 3D model to functional prototype. In most cases, prints can be printed and shipped within a 2 day window. We offer three types of 3D printing technologies that cover a wide range of details or sizes, for example our SLA (Stereolithography) Printer is capable of .025mm layer heights, for super detailed prints. Get a quote within hours by contacting us today, being the experts we are; we can also give you a design review of your models to figure out what geometries work the best and what material and printing type would work best for your project.
FDM Fused Deposition modeling printing also known as FDM 3D printing can be a great alternative to SLA 3D printing, where details do not have to be as detailed. Large models can be printed cheaply, and structurally. FDM 3D prints usually start at a detail of .1mm layer heights and can go up to .28mm layer heights for faster less detailed prints. FDM 3D printing allows for a large variety of materials to choose from. We currently offer ABS, ABS-EDS safe, ASA, Polycarbonate, Nylon, Markforged Onyx, PETG, PC-ABS, PC-ISO, ULTEM 9085, ULTEM 1010 (bio compatible and can be ETO or GAMA sterilized) and PLA+, with material choice also comes with color choice, it is possible to have any color imaginable. Our size constraints with our FDM 3D printers are as follows: 14 in x 12 in x 12in.
SLA Stereolithography 3D printing also mentioned above is a great way to get highly detailed prototypes. We currently use Form Lab 3D printers for our SLA prints. This ensures a high quality and reliable print. There are a number different resins that can be used with this type of technology, which can offer dental and medical grade resins, Cast Wax, clear, grey, white, black, elastomer and more.
SLS Selective Laser Sintering is a 3D printing process that utilizes a powdered material. The model is sliced into thin layers. In SLS, a thin layer of the powdered material is spread across a build platform. A high-powered laser selectively scans and fuses the powdered material, solidifying it layer by layer according to the sliced design. Once a layer is completed, a fresh layer of powder is spread over the previous layer, and the process continues until the object is fully formed. After printing, the excess powder acts as a support structure, which can be easily removed after cooling.
SLS offers the advantage of producing complex, durable, and functional parts, making it suitable for applications in aerospace, automotive, and manufacturing industries. Additionally, the versatility of SLS allows for the printing of multiple objects simultaneously, making it a time-efficient process
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