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The system of automatic cost estimation and order placement.

3D printing cost estimatefrom 0,625 $/cm³

3D printing with flexible materials

You can order 3D printing with flexible materials of different quality and different technologies in our company. 

FDM

SLA

SLS

Using TPU materials

TPU materials are used in the case when it's necessary to produce a flexible part to reproduce the properties of the future item as a prototype or in the case of a ready-made rubber-like item!


Address a Studia3D specialist to choose a material for your project.

 

A flexible knife

The item was printed with FormLabs Form 2 3D printer. The combination of surface quality and flexibility. 


An example of making a flexible item with SLA technology.

Protective case

This part serves as a protective case of a metal roller the conveyer belt moves on. It was printed with a Picaso X Pro.


An example of making a flexible item with FDM technology.

Flexible wheel

The part is required as a prototype for a car model. It was printed with a 3D printer Sinterit Lisa. The texture of compressed flour. The possibility to get any shape while keeping flexibility.


An example of making a flexible item with SLS technology.

 

 

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Big production

Own facilities for 3D printing!

Flexible material physical characteristics 

FLEX

Density

1,1 g/cm3

Bending resistance

5,3 MPa

Maximal bending load 

8 N

Tensile strength

17,5 MPa

Maximal tensile strength

633 N

Elongation at break

600%

Izod impact

is not destroyed

Nylon

Deformation temperature

97°С

Breaking stress

53 MPa

Tensile elongation

9.5 %

Flexural resilience

68.95 MPa

Izod impact

200 J/m

RUBBER

Density

0,95 g/cm3

Bending resistance

3,4 MPa

Maximal bending load

5 N

Tensile strength

19,7 MPa

Izod impact

25 kJ/m2

Compressive strength

2,3 MPa

Shore hardness A

60

Sealant

Deformation temperature

97°С

Breaking stress

Tensile elongation

Flexural resilience

Shore-A-hardness

85 J/m