Say Goodbye to "Top-and-Bottom Gluing": How Light-Curing 3D Printing Achieves Seamless Internal Channels in Ceramic Robotic Arms
2026-6-12
3D-Printed Ceramic Terminal Blocks – Photocurable Ceramic 3D Printing for High-Temperature Complex Geometries
2026-6-2
Industry Background
New energy vehicle battery packs, photovoltaic inverters, and rail transit electrical cabinets require high-temperature-resistant, highly insulating custom ceramic terminal blocks. Traditional dry pressing can only produce simple cylindrical or rectangular shapes; complex custom geometries require multi-step assembly processes.
Solutions
SLA stereolithography ceramic 3D printing uses alumina ceramic slurry (Al₂O₃ content ≥ 85%) to directly form complex curved surfaces, micro-holes, slots, and other fine structures of irregular ceramic terminal connectors. After debinding and sintering, the density reaches ≥ 96% and it withstands temperatures up to 1600°C.
Achieve Results
Reduced the development cycle for custom ceramic terminal blocks from 3-6 months to 2 weeks; lowered unit cost from 500 yuan to 150 yuan.
Recommended Models
3DCR-100/3DCR-200
Related Articles
3D Printed Prototyping & Molds – One-Piece Formation, No Mold Required for Rapid Validation
SLA uses a laser galvo scanner to cure photopolymer resin in a single pass, enabling complex curved surfaces, thin walls, and internal routing without the need for tooling.
2025-12-1
3D-Printed Auto Parts – Large-Format, Single-Piece Molding with 48-Hour Iteration
SLA large-format machines can 1:1 produce large-size body panels such as bumpers and side skirts in a single process, with laser galvanometer scanning maintaining consistent precision across the entire build area.
2025-11-1