UV & EB negative photoresists for Nanoimprint Lithography NIL and other nano & micro fabrication techniques

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Negative photoresist platforms for nano and micro fabrication, with UV and EB process compatibility, high-resolution patterning, micro and nano feature definition, and research-oriented lithography materials for precision replication workflows.

Nanoimprint lithography and nano / micro fabrication platform

This collection groups the 3Dresyns® NMF material families for NIL and related nano / micro fabrication routes, covering glass-like, high-speed rigid, tough, bio-based, scaffold-oriented, hard-flexible, soft silicone-like and high-aspect-ratio ultra-rigid systems.

Key features & benefits

Negative photoresist platforms for nano and micro fabrication
UV and EB process compatibility
High-resolution patterning
Micro and nano feature definition
Research-oriented lithography materials for precision replication workflows

Typical applications

Nanoimprint lithography
Microfabrication
Micro-optics
Photonics structures
Microfluidic patterning
Lithography R&D and academic research

Why choose this collection

Designed for precision replication

This collection is built for NIL and related nano / micro fabrication workflows where pattern transfer quality, feature fidelity and development behavior are critical.

Broad NMF materials space

The visible product family spans rigid, tough, compliant, bio-based and scaffold-oriented routes, making the collection relevant for both engineering and advanced research workflows.

Useful filters for fast selection

The current collection structure supports filtering by application, material properties, technology and regulatory / safety attributes, including Bio scaffolds, Engineering & prototyping, Medical & healthcare, Silicone Like, Flexible, Glass Like, Hard, High Speed, Rigid, Soft, Tough, Bio-based and Biocompatible.

Products in this collection

3Dresyn NMF Glass-like1 Bio, Biocompatible rigid photopolymer for nano and micro fabrication

3Dresyn NMF HSR1 MF Bio, Biocompatible High Speed & Rigid photopolymer for nano and micro fabrication

3Dresyn NMF T1 Bio, Biocompatible Tough photopolymer for nano and micro fabrication

3Dresyn NMF Bio Soya1, bio based soya 3D resin for nano and micro fabrication

3Dresyn NMF Bio Scaffolds1 Biocompatible photopolymer for nano and micro fabrication

3Dresyn NMF HF1 Bio, Biocompatible Hard & Flexible photopolymer for nano and micro fabrication

3Dresyn NMF PDMS-like A70 Bio, Biocompatible soft silicone like photopolymer with Shore A70 for nano and micro fabrication

3Dresyn NMF PDMS-like A50 Bio, Biocompatible soft silicone like photopolymer with Shore A50 for nano and micro fabrication

3Dresyn NMF PDMS-like A30 Bio, Biocompatible very soft silicone like photopolymer with Shore A30 for nano and micro fabrication

3Dresyn NMF HAR1 Bio, Biocompatible High Aspect Ratio ultra rigid photopolymer for nano and micro fabrication

Technical overview

3Dresyn NMF*	Properties	Porosity & permeability	Young´s modulus	Shore hardness	% Elongation	% Shrinkage
HAR1 Bio	High aspect ratio ultra rigid, biocompatible, superior thermal, mechanical and chemical resistance, fast curing	Ultra low	>4000	D90	<1	<13
Glass-like1 Bio	Ultra hard & rigid, biocompatible, thermal, mechanical and chemical resistance, fast curing	Very low	>3000	D90	<1	<9
HSR1 MF Bio	High speed rigid, monomer-free, biocompatible, ultra fast curing	Low	>2000	D80	<10	<8
T1 Bio	Tough and rigid, biocompatible, fast curing	Low	>1500	D80	<10	<6
Bio Soya1	Rigid, bio-based and biocompatible, fast curing	Low	>1500	D70	<10	<6
Bio Scaffolds1	Rigid, biocompatible, fast curing	Low	>1500	D70	<10	<5
HF1 Bio	Hard & flexible, biocompatible, fast curing	Medium	>1000	D70	<50	<3
PDMS-like A70 Bio	Soft and elastic like silicone, biocompatible, fast curing	Medium	<10	A70	<100	<1
PDMS-like A30 Bio	Very soft and elastic like silicone, biocompatible, fast curing	High	<5	A30	>100	<1

Mobile: scroll horizontally to view all columns. The first column remains visible while scrolling.

Portfolio overview

Rigid and high-definition systems

HAR1 Bio, Glass-like1 Bio and HSR1 MF Bio define the rigid end of the portfolio, covering high aspect ratio structures, glass-like rigid patterning and high-speed rigid routes.

Tough and intermediate mechanical systems

T1 Bio and HF1 Bio provide tougher and more compliant alternatives where brittleness reduction or controlled flexibility is desirable.

Bio-oriented and soft silicone-like systems

Bio Soya1, Bio Scaffolds1, PDMS-like A70 Bio, PDMS-like A50 Bio and PDMS-like A30 Bio extend the collection toward scaffold-oriented, bio-based and soft silicone-like routes.

Workflow note

NIL and related nano / micro fabrication material selection should be matched to the imprint route, optical or EB setup, target feature size and development conditions.

Final feature fidelity, pattern transfer quality and structural stability depend strongly on process settings, substrate conditions, development workflow and the selected resin family.

Technical and commercial support

*Note 1: All our 3Dresyns NMF contain hydroxyl groups for bonding release agents such as perfluorodecyltrichlorosilane (FDTS). Alternatively, discover also our dedicated 3Dresyns MF with ultra high resolution and ultra low viscosity for direct printing of microfluidics with SLA, DLP and LCD printers.

Need help selecting the right NIL / nano-micro fabrication material?

This collection is designed to help users move between rigid, tough, bio-based, scaffold-oriented and soft silicone-like routes for nanoimprint lithography and related nano / micro fabrication workflows.

Start with the product family that best matches your process and target feature definition, or use technical support if you need guidance.

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