Resins / 460nm Resins
Polycarbonate-like 3D Resin
Available on back-order
MAGDBPBBKV205
High strength 3D printing resin for functional prototypes, engineering components and end-use parts
Colour: Black
Size Bottle: 5Kg
£295.00 excl VAT
Select Quantity
5
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
Polycarbonate-like 3D Resin
Available on back-order
MAGDBPBBKV205
High strength 3D printing resin for functional prototypes, engineering components and end-use parts
Colour: Black
Size Bottle: 5Kg
£295.00 excl VAT
Select Quantity
5
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-Performance Engineering Resin for Functional Parts and Prototypes
Polycarbonate-like is a high-strength 3D printing resin designed to deliver rigid, accurate and durable parts. Combining low shrinkage, high heat resistance and reliable print performance, it produces consistent results across demanding applications. Designed and manufactured in the UK, Polycarbonate-like offers professional-grade quality with low odour and low irritancy.
Rigid and Strong
Produces rigid, durable parts with excellent mechanical properties, delivering dependable performance where strength and dimensional stability are important.
Low Irritancy
Formulated to reduce skin irritation during handling and post-processing, helping create a safer and more comfortable printing experience.
Low Shrinkage
Minimises dimensional change during printing and curing, supporting accurate part production, tight tolerances and consistent repeatability.
Low Odour
Our low odour formulation improves the usability and experience, making printing and post-processing more comfortable.
High-Performance Engineering Resin for
Functional Parts and Prototypes
Polycarbonate-like is a high-strength 3D printing resin designed to deliver rigid, accurate and durable parts. Combining low shrinkage, high heat resistance and reliable print performance, it produces consistent results across demanding applications. Designed and manufactured in the UK, Polycarbonate-like offers professional-grade quality with low odour and low irritancy.
Rigid and Strong
Produces rigid, durable parts with excellent mechanical properties, delivering dependable performance where strength and dimensional stability are important.
Low Irritancy
Formulated to reduce skin irritation during handling and post-processing, helping create a safer and more comfortable printing experience.
Low Shrinkage
Minimises dimensional change during printing and curing, supporting accurate part production, tight tolerances and consistent repeatability.
Low Odour
Our low odour formulation improves the usability and experience, making printing and post-processing more comfortable.
Properties
| Green | Post-cured* | Method | |
| Tensile Properties* | |||
| Tensile Modulus | 837 MPa | 2330 MPa | ASTM D638 |
| Elongation at Break | 16% | 6% | ASTM D638 |
| Flexural Properties* | |||
| Flexural Strength | - | 87 MPa | ASTM D790 |
| Flexural Modulus | - | 2190 MPa | ASTM D790 |
| Impact Properties* | |||
| Impact Strength Notched Izod | - | 43 J/m | ASTM D256 |
| *Mechanical properties stated based on fully cured material. | |||
Made in the UK 
Properties
| Green | Post-cured* | Method | |
| Tensile Properties* | |||
| Tensile Modulus | 837 MPa | 2330 MPa | ASTM D638 |
| Elongation at Break | 16% | 6% | ASTM D638 |
| Flexural Properties* | |||
| Flexural Strength | - | 87 MPa | ASTM D790 |
| Flexural Modulus | - | 2190 MPa | ASTM D790 |
| Impact Properties* | |||
| Impact Strength Notched Izod | - | 43 J/m | ASTM D256 |
| *Mechanical properties stated based on fully cured material. | |||
Made in the UK
Applications
Polycarbonate-like is suitable for a wide range of engineering, manufacturing and product development applications. Combining strength, dimensional accuracy and high heat resistance, it is ideal for producing functional parts that require reliable performance, rigidity and consistent results throughout testing and use.
Educational Use
Low irritancy and low odour characteristics make Polycarbonate-like well suited to educational environments for teaching and resin 3D printing applications.
Engineering Components
Create rigid engineering components with excellent dimensional stability, suitable for assemblies, housings and mechanically demanding applications.
Functional Prototypes
Produce accurate functional prototypes for design validation, fit testing and performance evaluation before committing to manufacturing processes.
End-Use Parts
Produce rigid end-use parts requiring strength, precision and heat resistance for production and specialist applications.
Applications
Polycarbonate-like is suitable for a wide range of engineering, manufacturing and product development applications. Combining strength, dimensional accuracy and high heat resistance, it is ideal for producing functional parts that require reliable performance, rigidity and consistent results throughout testing and use.
Educational Use
Low irritancy and low odour characteristics make Polycarbonate-like well suited to educational environments for teaching and resin 3D printing applications.
Engineering Components
Create rigid engineering components with excellent dimensional stability, suitable for assemblies, housings and mechanically demanding applications.
Functional Prototypes
Produce accurate functional prototypes for design validation, fit testing and performance evaluation before committing to manufacturing processes.
End-Use Parts
Produce rigid end-use parts requiring strength, precision and heat resistance for production and specialist applications.
Polycarbonate-like
5
Polycarbonate-Like 3D Resin
5
Frequent Asked Quetions
Is Polycarbonate-like safe to use in schools?
Polycarbonate-like features a low irritancy and low odour formulation, making it well suited to educational environments where resin 3D printing forms part of teaching and learning activities. As with all photopolymer resins, appropriate PPE should be worn and safe handling procedures followed during printing, post-processing and curing.
Which 3D printers are compatible with Polycarbonate-like resin?
Polycarbonate-like is compatible with 385-405nm LCD and MSLA resin 3D printers, covering most modern desktop and professional resin printing systems. The resin is designed to deliver reliable print performance, high precision and consistent results across a wide range of compatible printers.
Click-here to find available print settings for Polycarbonate-like.
What are the benefits of Polycarbonate-like 3D printing resin?
Polycarbonate-like combines rigidity, strength and dimensional accuracy in a resin that is easy to print and post-process. Low shrinkage supports precise part production, while high heat resistance, low odour and low irritancy make it suitable for a wide range of engineering, manufacturing and educational applications.
What is Polycarbonate-like resin used for?
Polycarbonate-like is commonly used for functional prototypes, engineering components and end-use parts that require strength, accuracy and durability. Its combination of rigidity, low shrinkage and high heat resistance also makes it suitable for product development, testing, manufacturing applications, high temperature applications and educational projects.
Compared to standard 3D printing resins, Polycarbonate-like offers greater rigidity, improved dimensional stability and higher heat resistance.
Is Polycarbonate-like suitable for painting?
Yes. Polycarbonate-like can be sanded, primed and painted using standard model and industrial paints. Its rigid surface and high print accuracy make it well suited to applications where a painted finish is required, including prototypes, display models and end-use parts.
Frequent Asked Quetions
Is Polycarbonate-like safe to use in schools?
Polycarbonate-like features a low irritancy and low odour formulation, making it well suited to educational environments where resin 3D printing forms part of teaching and learning activities. As with all photopolymer resins, appropriate PPE should be worn and safe handling procedures followed during printing, post-processing and curing.
Which 3D printers are compatible with Polycarbonate-like resin?
Polycarbonate-like is compatible with 385-405nm LCD and MSLA resin 3D printers, covering most modern desktop and professional resin printing systems. The resin is designed to deliver reliable print performance, high precision and consistent results across a wide range of compatible printers.
Click Here to find available print settings for Polycarbonate-like.
What are the benefits of Polycarbonate-like 3D printing resin?
Polycarbonate-like combines rigidity, strength and dimensional accuracy in a resin that is easy to print and post-process. Low shrinkage supports precise part production, while high heat resistance, low odour and low irritancy make it suitable for a wide range of engineering, manufacturing and educational applications.
What is Polycarbonate-like resin used for?
Polycarbonate-like is commonly used for functional prototypes, engineering components and end-use parts that require strength, accuracy and durability. Its combination of rigidity, low shrinkage and high heat resistance also makes it suitable for product development, testing, manufacturing applications, high temperature applications and educational projects.
Compared to standard 3D printing resins, Polycarbonate-like offers greater rigidity, improved dimensional stability and higher heat resistance.
Is Polycarbonate-like suitable for painting?
Yes. Polycarbonate-like can be sanded, primed and painted using standard model and industrial paints. Its rigid surface and high print accuracy make it well suited to applications where a painted finish is required, including prototypes, display models and end-use parts.
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