Admatec
Ceramic & Metal DLP Additive Manufacturing Systems
Admatec systems use slurry-based photopolymerization to shape fine ceramic and metal parts before thermal debinding and sintering.
Supported & Serviced by CAMS Across Canada & North America
Fine Geometry in Technical Ceramics and Metals
Admaflex technology uses a light-based process to selectively cure ceramic- or metal-filled feedstock into a green part. After printing, the part is cleaned, debound, and sintered to develop the final material properties. This route is well suited to small and medium components where complex geometry, fine features, surface quality, or hard-to-machine materials make conventional processing difficult.
The Admaflex 130 Evolution and 300 address different scales of development and production while retaining open process controls and material-handling features intended for high-viscosity feedstocks. CAMS can help evaluate the full print-to-sinter workflow, including material, geometry, furnace requirements, and expected production volume.
ADMATEC CERAMIC & METAL SYSTEMS
PRINTING IS ONLY ONE STEP IN THE MATERIAL WORKFLOW
Admaflex produces a green ceramic or metal part that still has to be cleaned, debound and sintered before final material properties are reached. Material loading, shrinkage, geometry, support strategy and the thermal cycle all influence the finished result.
That makes furnace capacity and process development part of the equipment decision. CAMS evaluates the printer together with the feedstock, expected shrink compensation and downstream thermal workflow so the selected Admaflex platform fits the complete manufacturing route rather than only the printed envelope.
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