Microfluidic Devices
Custom chips, mixers, gradient generators, droplet generators, and lab-on-chip components scoped around geometry, channel layout, interfaces, and optical-access needs.
Discuss a deviceShare a CAD file, drawing, or concept. Vascu3D reviews geometry, dimensions, material, quantity, post-processing, and intended evaluation before confirming feasibility and project scope.
Geometry, process, and post-processing are agreed during scoping.
Share a part, a design, or a problem. We support custom geometries and components across three core areas.
Custom chips, mixers, gradient generators, droplet generators, and lab-on-chip components scoped around geometry, channel layout, interfaces, and optical-access needs.
Discuss a device
Application-focused parts for perfusion, cell seeding, imaging, and tissue-interface studies.
Discuss a platform
Culture inserts, holders, mold masters, reservoirs, connectors, and prototyping parts for biomedical workflows.
Discuss a componentFeature size, channel geometry, and tolerances are confirmed project by project; no universal capability value is implied.
A straightforward process keeps the focus on the geometry, application, and decision you need to make next.
Send a CAD file, dimensions, or concept along with the application, quantity, and important constraints.
Vascu3D prints, post-processes, and prepares the part according to the agreed project scope.
Receive research prototypes prepared for evaluation in your workflow.
Material, geometry, finishing, quantity, and evaluation requirements are confirmed during project scoping. Final performance remains dependent on the intended application and your evaluation protocol.
Include whatever you have. A CAD file is helpful, but a concept drawing and key dimensions can be enough to begin the conversation.