Frequently Asked Questions (FAQ)
Advanced Rapid Ceramics
Q: What is different from your Alumina Ceramics versus traditional manufacturers and current 3D printed ceramics?
A: The Alumina Ceramics that we offer are aimed to fill the gap between current 3D printed ceramics and traditional technical ceramics. Typical lead times of traditional ceramic manufacturers are between 8 and 12 weeks, and can be prohibitively expensive. The ceramics we provide offer superior mechanical performance as compared to current 3D printed ceramics.
Q: What are typical tolerances for your ceramic parts?
A: Our standard tolerance is +/- .010" or +/- 3% (whichever is greater) of any dimension in the design. Please contact us for more information as tighter tolerances may be possible.
Q: What kind of porosity should we expect with your process?
A: Porosity on our ceramics is typically lower than 5%
Q: Why are there steps in my parts? I thought they were going to be perfectly smooth?
A: Because our process utilizes current rapid prototyping technologies, the very slight stair-stepping effect still applies to the parts.
Q: Sharp edges of the ceramic parts appeared to be chipped. Why is that?
A: Chipping may occur on sharp edges due to their being burned away during the sintering stage. Please avoid sharp edges if possible. Refer to our Ceramics Design Guide for more information.
Q: What is the minimum part size?
A: We've manufactured parts as small as 0.100", but would welcome smaller challenges.
Q: What is the maximum part size?
A: We will welcome any part size, however, we suggest staying within a 12" x 12" x 10" box (bounding box) due to the mechanical strength of the part before firing.
Q: How fast can I get my parts?
A: Lead times are typically 3 to 4 weeks depending on current orders.
Q: I received a quote and noticed that your ceramic pricing is significantly higher than other 3D ceramic printing services. Why is that?
A: Our ceramics are engineering-grade, meaning that the mechanical properties such as abrasion resistance, hardness, and compressive strength are far superior to traditional pottery-type ceramics. If you are looking to make a flower pot for your house, do not use this material. Choose this material If you're developing a component that is exposed to compressive loads, scraping, sliding, friction, chemicals, and high heat.