Application areas
Biomedical photopolymerization across the programs we are built for. No invented clinical performance claims.
Dental
Dental resins and filled systems have to print on a named vat process, hold an application-specific mechanical and optical window, and stay reproducible from lots you can actually source. The work is a printable spec, a process window, and a record of why this formula — not a generic catalog of monomers.
Medical devices
Photopolymer device parts are specified by mechanics, optics, and the process they must survive. Development has to leave a history someone can reconstruct later: what was tried, what failed, and which evidence transferred to the printer you run. Voxelise is built for that loop, not a chat over papers.
Tissue engineering
Hydrogels and scaffolds for tissue engineering put printability and biological context in the same requirement. Claims about sources, process, and performance have to stay labeled. We do not invent clinical outcomes; we help you keep the evidence, the candidates, and the next experiments in one program.
Bioprinting
Bioinks and printable hydrogels are developed against a printer family, a process window, and biological performance that is part of the specification — not a footnote. The useful first conversation is a real ink, a real printer, and the experiments that would actually change the next mix.
Microfluidics and diagnostics
Light-cured microfluidic and diagnostic geometries have to print, seal, and stay true to a process window. The chemistry and the exposure have to live together. This is not a generic materials catalog; it is a development loop for photocurable parts you can stand behind.
Surgical and anatomical
Guides and anatomical models have to print on the process you run, from chemistry you can source, with a record of why this formula. Spec tensions are usually dimensional fidelity, mechanical feel, and whether last quarter’s mix still transfers. The program is the work, not a conversation that forgets Tuesday.
Hearing and auricular
Photopolymer systems for hearing and auricular applications are decided by fit, process, and reproducibility. If the part does not print in the window you actually run, it does not exist. Voxelise keeps formulation, process, and characterization in the same loop so a later review is not archaeology.
Prosthetics
Printed prosthetic components follow the same development loop as other biomedical photopolymers: formulation, process, characterization, and a material you can stand behind. Typical tensions are mechanical performance, process transfer, and whether a lab recipe dies on the production printer.
Medical tooling
Jigs, molds, and tooling in photocurable systems only exist when the process window and the chemistry live together. The spec is printable, reproducible, and keepable — so someone can answer why this formula without opening a private spreadsheet.