Resins / 460nm Resins

Durable UV Superclear 3D Resin

Available on back-order

MAGDBPBBKV205

High-resolution, impact-resistant 3D printing resin for transparent, durable functional parts including fluidic and microfluidic devices

Colour: Black

Size Bottle: 5Kg

£295.00 excl VAT

Select Quantity

FREE UK shipping on orders over £250

  Volume Resin Discounts

Units Order Quantity % Discount Price per kg
1-3 5-15kg - £59
4-11 20-55kg 10% £53.10
12-19 60-95kg 15% £50.15
20+ 100kg+ 25% £44.25

Resins / 460nm Resins

Durable UV Superclear 3D Resin

Available on back-order

MAGDBPBBKV205

High-resolution, impact-resistant 3D printing resin for transparent, durable functional parts including fluidic and microfluidic devices

Colour: Black

Size Bottle: 5Kg

£295.00 excl VAT

Select Quantity

FREE UK shipping on orders over £250

  Volume Resin Discounts

 

Units Order Quantity % Discount Price per kg
1-3 5-15kg - £59
4-11 20-55kg 10% £53.10
12-19 60-95kg 15% £50.15
20+ 100kg+ 25% £44.25

High-Resolution, Impact-Resistant 3D Printing Resin for Clear, Durable Parts

Durable UV Superclear is a high-resolution 3D printing resin engineered to produce parts that are both genuinely transparent and mechanically tough. It delivers exceptional clarity, minimal shrinkage and reliable impact resistance, making it possible to create functional clear parts that standard clear resins simply can't withstand. Formulated and manufactured in the UK, Durable UV Superclear combines optical performance with dependable, consistent strength.

Exceptional Clarity

Delivers outstanding transparency and light transmission, ideal for clearly visualising internal features and fluid flow.

Strong and Long-Lasting

Combines toughness with minimal shrinkage, producing clear parts that resist cracking and stay dimensionally accurate.

High-Resolution Detail

Captures fine features and sharp geometry with high dimensional accuracy, ideal for intricate, precision-engineered components.

Impact-Resistant

Withstands stress and repeated handling better than standard clear resins, suited to functional, real-world parts.

High-Resolution, Impact-Resistant 3D Printing Resin for Clear, Durable Parts

Durable UV Superclear is a high-resolution 3D printing resin engineered to produce parts that are both genuinely transparent and mechanically tough. It delivers exceptional clarity, minimal shrinkage and reliable impact resistance, making it possible to create functional clear parts that standard clear resins simply can't withstand. Formulated and manufactured in the UK, Durable UV Superclear combines optical performance with dependable, consistent strength.

Exceptional Clarity

Delivers outstanding transparency and light transmission, ideal for clearly visualising internal features and fluid flow.

Strong and Long-Lasting

Combines toughness with minimal shrinkage, producing clear parts that resist cracking and stay dimensionally accurate.

High-Resolution Detail

Captures fine features and sharp geometry with high dimensional accuracy, ideal for intricate, precision-engineered components.

Impact-Resistant

Withstands stress and repeated handling better than standard clear resins, suited to functional, real-world parts.

Properties

Green Post-cured*
Tensile Properties
Tensile Modulus 1960 MPa 2270 MPa
Elongation at Break 18% 16.5%
Flexural Properties
Flexural Strength - 62 MPa
Flexural Modulus - 1730 MPa
Impact Properties
Impact Strength Notched Izod - 90 J/m
*Mechanical properties stated based on fully-cured material.

Made in the UK 

Properties

Green Post-cured*
Tensile Properties
Tensile Modulus 1960 MPa 2270 MPa
Elongation at Break 18% 16.5%
Flexural Properties
Flexural Strength - 62 MPa
Flexural Modulus - 1730 MPa
Impact Properties
Impact Strength Notched Izod - 90 J/m
*Mechanical properties stated based on fully-cured material.

Made in the UK 

Applications

Durable Superclear's rare combination of clarity and toughness opens up applications that typical clear resins can't handle. From lab environments to functional prototyping, it's built to perform under real-world conditions while staying visually transparent throughout.

Fluidics & Microfluidics

Ideal for prototyping microfluidic devices and fluid handling components, where clear channels allow visual monitoring of flow and mixing, while durability withstands repeated testing.

Functional, Impact-Resistant Parts

Perfect for enclosures, guards and inspection covers needing to withstand daily handling and impact while remaining fully see-through for visibility into moving parts.

Optical & Lighting Components

Suited to light pipes, lenses and reflectors that demand excellent light transmission alongside the strength to survive assembly, transport and everyday use.

Visual & Functional Prototyping

Great for prototypes with visible internal mechanisms, letting designers inspect moving components clearly while testing real functional performance under genuine mechanical stress.

Applications

Durable Superclear's rare combination of clarity and toughness opens up applications that typical clear resins can't handle. From lab environments to functional prototyping, it's built to perform under real-world conditions while staying visually transparent throughout.

Fluidics & Microfluidics

Ideal for prototyping microfluidic devices and fluid handling components, where clear channels allow visual monitoring of flow and mixing, while durability withstands repeated testing.

Functional, Impact-Resistant Parts

Perfect for enclosures, guards and inspection covers needing to withstand daily handling and impact while remaining fully see-through for visibility into moving parts.

Optical & Lighting Components

Suited to light pipes, lenses and reflectors that demand excellent light transmission alongside the strength to survive assembly, transport and everyday use.

Visual & Functional Prototyping

Great for prototypes with visible internal mechanisms, letting designers inspect moving components clearly while testing real functional performance under genuine mechanical stress.

Durable UV Superclear

Durable UV Superclear

Frequent Asked Quetions

What types of transparent parts is Durable UV Superclear used for?

Durable UV Superclear is used to produce a wide range of clear, functional parts, from fluidic and microfluidic devices to optical components like light pipes and reflectors. Its combination of high clarity and impact resistance also makes it suited to functional prototypes and enclosures where internal mechanisms need to remain visible during testing and use.

Because it holds up to repeated handling far better than standard clear resins, it's also a strong choice for end-use transparent components rather than purely cosmetic or display models.

What makes Durable UV Superclear different from standard clear resin?

Most clear 3D printing resins are optimised purely for optical clarity, which typically makes them rigid and prone to cracking under stress. Durable UV Superclear is different: it's been specifically engineered to combine strong transparency with genuine impact resistance and minimal shrinkage, so parts stay clear, accurate and intact even under repeated handling.

This makes it a practical choice for functional, end-use transparent parts, not just visual prototypes. Where a standard clear resin might crack or become brittle over time, Durable UV Superclear is built to keep performing.

Is Durable UV Superclear suitable for fluidic or microfluidic device prototyping?

Yes. Durable UV Superclear is well suited to fluidic and microfluidic device prototyping, thanks to its high clarity, high-resolution detail and minimal shrinkage. Clear channels and cavities allow flow, mixing and reactions to be visually monitored during testing, which is essential for iterating on fluidic designs.

Its durability also means printed devices can withstand the repeated handling and testing that fluidics prototyping typically involves, without the cracking or degradation you'd expect from a standard clear resin.

How do you achieve a polished, glass-like finish with Durable Superclear?

Durable UV Superclear is designed with an adjustable surface finish, so parts can be tailored to different end-use requirements straight off the printer. For maximum clarity, printed parts can be polished by hand to remove surface texture and increase transparency.

For a true glass-like finish, follow polishing with a clear acrylic spray lacquer, which enhances shine and clarity further. As with all clear resins, parts should be stored away from strong UV light and kept dry to preserve their clarity and performance over time.

Which 3D printers is Durable UV Superclear compatible with?

Durable UV Superclear is compatible with LCD 3D printers operating within an 385-405nm wavelength range, making it usable across a broad range of resin printers on the market.

Frequent Asked Quetions

What types of transparent parts is Durable UV Superclear used for?

Durable UV Superclear is used to produce a wide range of clear, functional parts, from fluidic and microfluidic devices to optical components like light pipes and reflectors. Its combination of high clarity and impact resistance also makes it suited to functional prototypes and enclosures where internal mechanisms need to remain visible during testing and use.

Because it holds up to repeated handling far better than standard clear resins, it's also a strong choice for end-use transparent components rather than purely cosmetic or display models.

What makes Durable UV Superclear different from standard clear resin?

Most clear 3D printing resins are optimised purely for optical clarity, which typically makes them rigid and prone to cracking under stress. Durable UV Superclear is different: it's been specifically engineered to combine strong transparency with genuine impact resistance and minimal shrinkage, so parts stay clear, accurate and intact even under repeated handling.

This makes it a practical choice for functional, end-use transparent parts, not just visual prototypes. Where a standard clear resin might crack or become brittle over time, Durable UV Superclear is built to keep performing.

Is Durable UV Superclear suitable for fluidic or microfluidic device prototyping?

Yes. Durable UV Superclear is well suited to fluidic and microfluidic device prototyping, thanks to its high clarity, high-resolution detail and minimal shrinkage. Clear channels and cavities allow flow, mixing and reactions to be visually monitored during testing, which is essential for iterating on fluidic designs.

Its durability also means printed devices can withstand the repeated handling and testing that fluidics prototyping typically involves, without the cracking or degradation you'd expect from a standard clear resin.

How do you achieve a polished, glass-like finish with Durable Superclear?

Durable UV Superclear is designed with an adjustable surface finish, so parts can be tailored to different end-use requirements straight off the printer. For maximum clarity, printed parts can be polished by hand to remove surface texture and increase transparency.

For a true glass-like finish, follow polishing with a clear acrylic spray lacquer, which enhances shine and clarity further. As with all clear resins, parts should be stored away from strong UV light and kept dry to preserve their clarity and performance over time.

Which 3D printers is Durable UV Superclear compatible with?

Durable UV Superclear is compatible with LCD 3D printers operating within an 385-405nm wavelength range, making it usable across a broad range of resin printers on the market.

Our Customers Review

We switched to DL902 for functional prototypes and short-run production parts. The material delivers excellent dimensional stability, reliable accuracy and a very consistent surface finish. Parts remain strong after post-curing and the plant-based formulation is an added advantage for our sustainability goals.
Mark Johnson
Engineering Consultant
We switched to DL902 for functional prototypes and short-run production parts. The material delivers excellent dimensional stability, reliable accuracy and a very consistent surface finish. Parts remain strong after post-curing and the plant-based formulation is an added advantage for our sustainability goals.
New testimonial test
Mark Johnson
Engineering Consultant
DL902 has become our preferred material for production prototypes. The print quality is consistently high, surface finish is excellent and the reliability of the process has significantly reduced failed prints across multiple projects.
Michael Turner
Advanced Manufacturing Group
DL902 has become our preferred material for production prototypes. The print quality is consistently high, surface finish is excellent and the reliability of the process has significantly reduced failed prints across multiple projects.
Prototype Workshop
Michael Turner
Advanced Manufacturing Group
DL902 delivered excellent surface quality and dimensional accuracy. The parts required very little post-processing and consistently matched our design specifications.
Mark Stevenson
Prototype Workshop
DL902 delivered excellent surface quality and dimensional accuracy. The parts required very little post-processing and consistently matched our design specifications.
Prototype Workshop Review
Mark Stevenson
Prototype Workshop
These details could only be replicated with resin printers; Magna has a large build volume allowing us to run multiple parts at once. The cost to run the machine is cheaper than other LCD based printers. Compared to FDM we saved 10% in material cost, it printed 26% faster and made twice ...
Read More
Pierre Bohanna
Bohanna Art
These details could only be replicated with resin printers; Magna has a large build volume allowing us to run multiple parts at once. The cost to run the machine is cheaper than other LCD based printers. Compared to FDM we saved 10% in material cost, it printed 26% faster and made twice the amount of parts, at 45% higher details.
Bohanna Art Review 02
Pierre Bohanna
Bohanna Art

Reviews

Be the first to review “Durable DL902 Plant-Based 3D Resin”

Your email address will not be published. Required fields are marked *