Ceramic 3D printing capabilities
BrochureWhat we print, the materials we run and the industries we serve. The one page to forward to a colleague who has never seen ceramic additive manufacturing.
Take the numbers with you. Every qualified grade has a one page data sheet, and we publish a capabilities brochure, a design guide and a short introduction to technical ceramics. All free, no form, no email gate.
Three documents that explain the process and the materials before you open a CAD file.
What we print, the materials we run and the industries we serve. The one page to forward to a colleague who has never seen ceramic additive manufacturing.
Where ceramic beats steel, aluminium and polymer: temperature, wear, corrosion, electrical behaviour and weight, with a property comparison.
Wall thickness, shrinkage, overhangs and internal channels. The four rules that decide whether a geometry prints, and how we design around them.
One page per grade, with the measured density, strength, hardness, CTE and thermal conductivity from printed and sintered test bodies.
Aluminium oxide, Al2O3. Highest purity alumina grade for wear, thermal and electrical work.
Aluminium oxide, Al2O3. Thicker walls and a stiffer modulus where the geometry demands it.
Yttria stabilised zirconia, 3 mol% Y2O3. The strongest grade we print, and the one specified most for medical work.
Alumina toughened zirconia. The highest bending strength we offer, and the only grade that holds walls up to 20 mm.
Silica based material for investment casting cores. Intentionally porous so it leaches out of the casting afterwards.
Aluminium nitride, AlN. The grade for moving heat: high thermal conductivity with the electrical insulation of a ceramic, and a CTE close to silicon.
Silicon nitride, Si3N4. High strength that survives thermal shock, and low thermal expansion. The grade to reach for when the part cycles between temperatures.
Silicon carbide, SiC. The hardest grade we print, and the one that keeps its strength furthest up the temperature scale. Semiconducting, not an insulator.
How lithography based ceramic manufacturing works, step by step, and what to send us for a quote.
Cure, debind, sinter, verify. The full process chain and the design rules that decide whether a part survives it.
All eight grades on one sheet, oxide and non-oxide side by side, with the property you would quote each one for.
A clean STEP or STL file and three pieces of context — temperature, load and atmosphere — are enough to quote within two business days.
A dimensional report ships with every new geometry before the batch runs. Ask us for the latest example.
Powder lot, slurry batch and furnace cycle are recorded against each order. Certificates supplied on request.
Optical and CT verification of wall thickness and internal channels. CT scanning available on request.
Quality certificates are prepared per order. Contact us and we will send the current valid copy.
Tell us what you need — a specific grade certificate, a drawing template or a co branded data sheet — and we will put it together.
Most requests answered within two business days.
Upload a STEP, STL or 3MF file with your material and operating conditions. We return a price and a risk note within two business days.