PVA
for S series

UltiMaker PVA (polyvinyl alcohol) is a leading water-soluble support material for multi-extrusion 3D printing. It offers you freedom and convenience: to design complex model geometries that require supports, which dissolve away in tap water.

Where to buy

Ultimaker PVA Removal Station

Remove PVA up to 4x faster

Precision engineered with a magnetic rotor and adjustable speed settings, just add water to dissolve PVA supports up to four times faster compared with motionless water – ensuring faster design iterations with minimal operator time.

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S series support materials

We have formulated and tested UltiMaker support materials to work seamlessly together with other materials.

PVA

Print Core

BB

Hardness

N/A

Thermal resistance

N/A

Impact strength

N/A
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Breakaway

Print Core

AA

Hardness

N/A

Thermal resistance

N/A

Impact strength

N/A
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Additional UltiMaker S series materials

A proven selection of polymers to help you address a wide range of use cases.

Tough PLA

Print Core

AA

Hardness

80 Shore D

Thermal resistance

58 °C

Impact
strength

9 kJ/m²
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PLA

Print Core

AA

Hardness

84 Shore D

Thermal resistance

59 °C

Impact
strength

4 kJ/m²
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PETG

Print core

AA

Hardness

76 Shore D

Thermal resistance

76 °C

Impact
strength

8 kJ/m²
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ABS

Print Core

AA

Hardness

76 Shore D

Thermal resistance

87 °C

Impact
strength

14 kJ/m²
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CPE

Print Core

AA

Hardness

76 Shore D

Thermal resistance

77°C

Impact
strength

6 kJ/m²
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CPE+

Print Core

AA

Hardness

77 Shore D

Thermal resistance

100 °C

Impact
strength

37 kJ/m²
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Nylon

Print Core

AA

Hardness

81 Shore D

Thermal resistance

89 °C

Impact
strength

14 kJ/m²
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PC

Print Core

AA

Hardness

81 Shore D

Thermal resistance

111 °C

Impact
strength

12 kJ/m²
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TPU 95A

Print Core

AA

Hardness

48 Shore D

Thermal resistance

116 °C

Impact
strength

24 kJ/m²
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PP

Print Core

AA

Hardness

42 Shore D

Thermal resistance

99°C

Impact
strength

49 kJ/m²
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PET CF

Print Core

CC

Hardness

76 Shore D

Thermal

102 MPA

Impact
strength

102 MPA
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