2PP resins for two photon polymerization of nano & microstructures

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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. The materials are printable by most commercial two photon polymerization printers with wavelengths from 600 nm to 800 nm and also at 1035 nm.

2PP nano/micro-fabrication materials platform

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. The platform is printable by most commercial two photon polymerization printers with wavelengths from 600 nm to 800 nm and also at 1035 nm.

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
printable by most commercial two photon polymerization printers with wavelengths from 600 nm to 800 nm and also at 1035 nm

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.

Broad printer wavelength compatibility

The collection is designed for compatibility with most commercial two photon polymerization systems operating between 600 nm and 800 nm, as well as selected 1035 nm laser platforms used in advanced microfabrication workflows.

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

3Dresyn 2PP HAR2 Bio, Biocompatible High Aspect Ratio ultra rigid photopolymer for two photon polymerization

3Dresyn 2PP Glass-like2 Bio, Biocompatible Glass-like resin for two photon polymerization

3Dresyn 2PP HSR2 MF Bio, Biocompatible Monomer Free High Speed & Rigid photopolymer for two photon polymerization

3Dresyn 2PP T2 Bio, Biocompatible Tough photopolymer for two photon polymerization

3Dresyn 2PP Bio Soya2, Biocompatible & Bio based photopolymer for two photon polymerization

3Dresyn 2PP Bio Scaffolds2, Biocompatible photopolymer for two photon polymerization

3Dresyn 2PP HF2 Bio, Biocompatible Hard & Flexible photopolymer for two photon polymerization

3Dresyn 2PP F1, Flexible photopolymer for two photon polymerization

3Dresyn 2PP PDMS-like MF Bio, Biocompatible Monomer Free flexible silicone-like photopolymer for two photon polymerization

3Dresyn 2PP Biodeg F2 Bio, Biodegradable bio based photopolymer for two photon polymerization

3Dresyn 2PP IM-HDT-WS, high deflection temperature and water soluble for printing sacrificial materials with two photon polymerization

3Dresyn 2PP IM-H-FAS Bio, Fast Acetone Soluble photopolymer for printing sacrificial materials with two photon polymerization

Fine Tuner 2PP FT8 Bio, Biocompatible fast photo accelerant for two photon polymerization

Fine Tuner 2PP LB3 Bio ULWA, biocompatible and bio-based hydrophobic resolution-er with ultra low water absorption for improving resolution of two photon polymerization 2PP resins

Fine Tuner 2PP FT9 Bio WS, Biobased & Bicompatible Water Soluble photo accelerant for two photon polymerization

Workflow note

2PP material selection should always be matched to the optical setup, laser wavelength, 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. Most materials in this collection are positioned for commercial 2PP systems operating from 600 nm to 800 nm and also selected 1035 nm platforms.

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.

From prototyping to industrial production, performance depends on materials, calibration and process control