Microfluidic Inkjet 3D resins
Low-viscosity jettable photopolymers for microfluidic additive manufacturing workflows. This collection is positioned for smooth surfaces, fine detail, dimensional accuracy and stable printing behavior in inkjet systems intended for microchannels, manifolds, lab-on-chip devices and other flow-oriented research components.
This collection groups the 3Dresyns® microfluidic inkjet materials intended for rigid, clear and low-viscosity printing routes where fine channels, smooth internal geometries and controlled flow-related part quality are especially important.
Key features & benefits
- inkjet microfluidics-oriented materials
- smooth surfaces and fine detail
- suitability for microchannels and flow geometries
- dimensional accuracy
- stable printing behavior for lab-on-chip development
- clear, rigid and low-viscosity material options depending on grade
Why choose this collection
Designed for flow-oriented geometries
This collection is positioned for microfluidic parts where channel definition, surface quality and dimensional control are especially relevant.
Clear rigid low-viscosity selection
The visible portfolio is focused on clear rigid grades with low viscosity, helping support inkjet printability in geometries relevant to fluidic routing and analytical development.
Better fit for research and prototyping
This collection is particularly relevant for lab-on-chip development, microfluidic research tooling and early-stage flow-study prototyping.
Typical applications
- inkjet microfluidic chips
- microchannels and manifolds
- lab-on-chip prototypes
- smooth-surface fluidic components
- research tooling for flow studies
Selection summary matrix
| Family | Primary behavior | Typical role | Collection value |
|---|---|---|---|
| MF HDT LV1 | clear rigid low-viscosity material with higher thermal positioning | microfluidic devices requiring rigid clear performance and stronger HDT positioning | top-end thermal route within the microfluidic inkjet family |
| MF RLV1 | clear rigid low-viscosity material | general microfluidic rigid prototyping and flow-study components | balanced rigid clear route for routine microfluidic workflows |
| MF RLV2 | clear rigid very-low-viscosity material | microfluidic geometries where lower viscosity and rigid clear behavior are preferred | extended low-viscosity selection inside the family |
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Technical material snapshot
| Product | Viscosity at 25ºC / 70ºC (cps) | Deflection temperature (ºC) | Shore hardness | Flexural strength (MPa) | % Elongation | Young´s modulus (MPa) | Tensile strength (MPa) |
|---|---|---|---|---|---|---|---|
| MF HDT LV1 | <200 / <15 | c. 200 | D90 | <40 | <2 | 3000-4000 | <50 |
| MF RLV1 | <100 / <15 | <100 | D85 | <30 | <10 | <2000 | <30 |
| MF RLV2 | <70 / <15 | <80 | D85 | <30 | <15 | <1800 | <25 |
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Products in this collection
Need help selecting the right microfluidic inkjet resin?
This collection is designed to help users choose between clear rigid low-viscosity grades for lab-on-chip development, microchannels, manifolds and fluidic research tooling.
Start with the viscosity and thermal profile that best matches your flow geometry, or use technical support if you need guidance.
Related microfluidic and inkjet routes
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Use these links to move between closely related material, process or formulation families in the 3Dresyns catalogue.
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From prototyping to industrial production, performance depends on materials, calibration and process control