Next Generation of 3Dresyns for printing functional materials
Our Next Generation SLA, DLP, LCD 3Dresyns for printing functional materials
- NextGen 3Dresyns with Shore D70-90 range are based on safe monomers and are biocompatible after proper postcuring and postprocessing
- this range of NextGen 3Dresyns exhibits slightly lower mechanical properties than its safer in liquid form monomer free counterparts Biotough 3Dresyns with Shore D
- NextGen grades are tough, reaching >80 MPa in flexural strength, and consequently are ideal for printing functional engineering and biomedical materials. They do not exhibit fragility as most commercial monomer based 3D resins
- NextGen 3Dresyns with Shore A10-80 range are based on strong irritant toxic monomers but are biocompatible after proper postcuring and postprocessing
- exhibit higher mechanical properties than their monomer free flexible counterparts Bioflex 3Dresyn MF with Shore A
- ideal if you need flexible resins with superior tensile and flexural strength, as well as increased tear and folding endurance and do not mind using strong irritant toxic monomer based 3D resins
- once postcured and postprocessed with the right protocols will meet the most demmanding biocompatibility specifications and testings
- if you are after safer resins as supplied, then explore our biocompatible "monomer free" Bioflex 3Dresyns MF, which are ultra safe for users, even in liquid form, since do not contain any irritant monomers: they have been designed to meet the highest safety and biocompatibility standards and are recommended for bio printing applications where biocompatibility and safety of the 3D resin in liquid form as supplied are more important than the final mechanical properties of the biomedical device.
The usage of NextGen 3Dresyns with Shore hardness A -despite their strong irritancy/toxicity in liquid form- is recommended for Biocompatible applications where superior mechanical properties are needed in comparison to Bioflex 3Dresyns, since their toxicity, skin and eye irritancy as supplied will dissapear -and their biocompatibility will increase significantly- after proper postcuring and cleansing with our detailed IFU and Cleansing products
Typical properties of our Next Generation 3Dresyns*
|
NG 3Dresyn |
Deflection Temperature (ºC) |
Shore hardness |
Flexural strength (MPa) |
% Elongation |
Flexural modulus (MPa) |
Tensile strength (MPa) |
|
R290D90 |
c.290 |
D90 |
>40 |
<1 |
4000-5000 |
>50 |
|
R190D90 |
>190 |
D90 |
>40 |
<2 |
3500-4000 |
>50 |
|
R140D90 |
>140 |
D90 |
>40 |
<2.5 |
2700-3100 |
>50 |
|
TD90 |
>100 |
D90 |
>80 |
<3 |
2000-3000 |
>50 |
|
TD80 |
<100 |
D80 |
>50 |
<10 |
1000-2000 |
>40 |
|
TD80 / TFD80 50/50 |
40-80 |
D80 |
>40 |
<25 |
<1500 |
<25 |
|
TFD80 |
<20 |
D80 |
>35 |
<40 |
<1000 |
<25 |
|
TFD70 |
<20 |
D70 |
<25 |
<40 |
<500 |
<20 |
|
TFD30 |
<10 |
D30 |
<10 |
>45 |
<20 |
<20 |
|
TFA70 |
<0 |
A70 |
<10 |
>50 |
<10 |
<10 |
|
TFA60 |
<0 |
A60 |
<10 |
>50 |
<10 |
<10 |
|
FA50 |
<0 |
A50 |
<5 |
>60 |
<10 |
<10 |
|
FA40 |
<0 |
A40 |
<5 |
>60 |
<10 |
<10 |
|
FA30 |
<0 |
A30 |
<5 |
>70 |
<5 |
<5 |
|
EA20 |
<0 |
A20 |
<3 |
>90 |
<3 |
<4 |
|
SEA10 |
<0 |
A10 |
<2 |
>>100 |
<2 |
<2 |
*Note: properties can vary since depend on few variables such as light wavelength and power, printing settings, light postcuring settings, post processing, etc.
