Engineering notes on ceramic additive manufacturing: process, materials, design rules and applications that pass through our shop.
A plain-language walk through lithography-based ceramic manufacturing: 460 nm DLP projection, layer slicing, debinding and sintering, and why the green part is not the final part.
Read articleCeramic parts shrink as binder leaves and particles densify. We scale the build file so the sintered dimensions land inside a ±40 µm tolerance band.
Read articleThe brown-body stage is where most ceramic prints fail. Ramp rate, wall thickness, channel access and atmosphere control the outcome.
Read articleZirconia gives fracture toughness and fine detail. Alumina gives hardness, thermal shock resistance and electrical insulation. ATZ sits in between.
Read articleMinimum walls, escape routes for binder, supported channels and orientation rules that keep printed ceramic parts printable and sinterable.
Read articleCoreCera SC builds internal cavities for investment casting. After metal pour the silica core dissolves, leaving complex internal geometry intact.
Read articleUpload a STEP, STL or 3MF file with your material and operating conditions. We return a price and a risk note within two business days.
