Two-Photon Polymerization (2PP)
Ultra-high resolution photopolymers for two-photon polymerization workflows. This collection is positioned for nano/micro printing, optimized reactivity for microfabrication, high precision feature definition and process-stable fabrication of complex micro-architectures.
This collection groups the 3Dresyns® materials for two-photon polymerization of nano and microstructures, covering rigid, glass-like, tough, flexible, silicone-like, biodegradable, sacrificial and bio-oriented routes, together with dedicated fine tuners for speed and resolution optimization.
Key features & benefits
- ultra-high resolution nano/micro printing
- designed for two-photon polymerization workflows
- optimized reactivity for microfabrication
- high precision feature definition
- process-stable printing of complex micro-architectures
Typical applications
- micro-optics
- photonics microstructures
- microfluidic components
- micro-mechanical parts
- research microfabrication
- nano/micro prototyping
Why choose this collection
Built for true nano/micro-scale fabrication
This collection is not positioned as a conventional 3D printing family, but as a dedicated route for very high resolution two-photon polymerization where geometry, resolution and optical process control are central.
Broad material space within one 2PP platform
The visible portfolio spans ultra-rigid, glass-like, high-speed rigid, tough, flexible, hard-flexible, silicone-like, biodegradable and sacrificial systems, which is unusually broad for a 2PP collection.
Fine tuners are part of the workflow logic
The collection also includes dedicated 2PP fine tuners for faster photoresponse, improved resolution and targeted formulation adjustment, making it a platform rather than a simple list of standalone resins.
Selection summary matrix
| Family | Primary behavior | Typical role | Collection value |
|---|---|---|---|
| HAR / Glass-like / HSR | ultra-rigid, glass-like or high-speed rigid performance | precision nano/micro structures, micro-optics, high-fidelity rigid geometries | core rigid and precision-focused 2PP route |
| Tough / HF / Flexible / PDMS-like | tough, intermediate or flexible/silicone-like response | micro-mechanical structures, compliant elements, flexible micro-devices | extends the collection beyond brittle rigid systems |
| Bio / Bio Scaffolds / Biodeg | bio-oriented, scaffold-oriented or biodegradable positioning | bio scaffolds, medical & healthcare research, bio-related microfabrication | supports more advanced medical, healthcare and tissue-related routes |
| IM sacrificial materials | water soluble or fast acetone soluble sacrificial response | temporary microstructures, sacrificial supports and indirect microfabrication strategies | adds processing flexibility for complex 2PP geometries |
| Fine Tuners | acceleration, resolution enhancement or formulation tuning | process optimization, speed increase and microfeature refinement | turns the collection into an adjustable 2PP platform |
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Products in this collection
Portfolio overview
Rigid and precision-focused 2PP systems
For ultra-rigid, high aspect ratio, glass-like or high-speed rigid performance, the collection includes HAR2 Bio, Glass-like2 Bio and HSR2 MF Bio.
Tough, flexible and silicone-like systems
For more compliant or damage-tolerant microstructures, the collection includes T2 Bio, HF2 Bio, F1 and PDMS-like MF Bio.
Bio, scaffold and biodegradable systems
For medical, healthcare and bio-related microfabrication routes, the collection includes Bio Soya2, Bio Scaffolds2 and Biodeg F2 Bio.
Sacrificial materials and fine tuners
For more advanced processing strategies, the collection includes sacrificial materials such as IM-HDT-WS and IM-H-FAS Bio, together with optimization tools such as FT8 Bio, LB3 Bio ULWA and FT9 Bio WS.
Workflow note
2PP material selection should always be matched to the optical setup, dose strategy, target feature size and development route.
Final resolution, print stability and feature fidelity depend strongly on process parameters, resin tuning and post-development handling.
Need help selecting the right 2PP material?
This collection is designed to help users move between rigid, flexible, bio-oriented, sacrificial and fine-tuned formulation routes for nano and micro-scale fabrication.
Start with the product family that best matches your fabrication target, or use technical support if you need guidance.