Vascu3D Bioresin

Transparent Bioresin for precision research printing.

A formulated photopolymer resin designed for use with compatible LCD (MSLA) and DLP printers operating within the supported 365–405 nm range. Developed for transparent microfluidic and organ-on-chip research prototypes.

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LCD (MSLA) DLP 365–405 nm Research use only
Vascu3D Bioresin bottle
Featured product Vascu3D Bioresin Transparent photopolymer resin
  1. Transparent photopolymer
  2. LCD (MSLA) printers
  3. DLP printers
  4. 365–405 nm range
Biomaterials portfolio

Start with Vascu3D Bioresin.

Bioresin is the featured formulated photopolymer in the portfolio. PEGDA and GelMA support more specialized formulation and bioprinting workflows.

Vascu3D Bioresin bottle
Featured · Photopolymer resin

Vascu3D Bioresin

A transparent material developed for microfluidic, organ-on-chip, and related research-device prototypes produced with compatible LCD (MSLA) and DLP printers.

  • Designed for compatible LCD (MSLA) and DLP workflows
  • Supported 365–405 nm wavelength range
  • Printer, geometry, and exposure settings should be confirmed for each workflow
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Additional biomaterials

For formulation and bioprinting workflows.

Compare the portfolio
Vascu3D PEGDA resin monomer bottle
Resin monomer / biomaterial

Vascu3D PEGDA

PEG200DA is a hydrophilic diacrylate resin monomer for complete photocurable biomaterial formulations.

View PEGDA Request a Quote
Vascu3D GelMA bottle
Lyophilized biomaterial

Vascu3D GelMA

Lyophilized gelatin methacrylate for bioprinting and tissue-engineering research workflows.

View GelMA Request a Quote
Printer and process compatibility

Confirm Bioresin fit with your printer and workflow.

Printer technology is only the starting point. Wavelength, exposure settings, geometry, and the intended evaluation all affect the final result.

Vascu3D Bioresin

Designed for compatible LCD (MSLA) and DLP printers.

Share your printer make and model, wavelength, target geometry, and intended application so the team can help assess an appropriate starting point.

Printer technology
LCD (MSLA) or DLP
Supported wavelength
365–405 nm
Confirm before use
Model, exposure, and geometry
Discuss Your Printer
Microfluidics Organ-on-Chip 3D Cell Culture Bioprinting
Material-selection support

From application to material evaluation.

Bring your application, printer or process details, and evaluation needs. We will help identify a practical starting point.

  1. 01

    Share your application

    Tell us the application, printer technology and wavelength, geometry, and intended research evaluation.

  2. 02

    Confirm material and process fit

    Discuss the relevant product, formulation needs, and printer or bioprinting process.

  3. 03

    Plan your evaluation

    Confirm the selected product or formulation route, then evaluate it against your own workflow and research criteria.

Material suitability and performance remain application-dependent. Confirm printer, formulation, and application fit before use.

Optional fabrication support

Need Vascu3D to print the part?

For teams that need finished research prototypes, Vascu3D also provides project-scoped fabrication after a geometry, material, and feasibility review.

View Fabrication Support
Powered by VascuBio Innovation

Application-focused support for advanced research.

Vascu3D develops and supplies research biomaterials, supported by practical application guidance and project-scoped fabrication when needed.

VascuBio Innovation

Find a biomaterial for your workflow.

Share your application, printer or process, wavelength, and material question. We’ll help you identify an appropriate starting point.

Get Material Guidance