Category

Processi

Physical properties

General
Heavy: 
0
Stiff: 
0
Hard: 
0
Light: 
3
Flexible: 
3
Soft: 
2.01
Structure
Solid: 
0
Homogeneous: 
3
Geometric: 
3
Porous: 
3
Heterogeneous: 
0
Organic: 
0
Texture
Smooth: 
0
Uniform: 
3
Dense: 
0
Coarse: 
3
Variable: 
0
Sparse: 
1.02

Performance

Mechanics
High Resistance: 
2.01
Fragile: 
0
High Scratch R: 
3
Low Resistance: 
0
Ductile: 
3
Low Scratch R: 
0
Physical
High Fire R: 
2.01
High UV R: 
3
High Wather R: 
3
Low Fire R: 
0
Low UV R: 
0
Low Wather R: 
0
Conductive
Thermal conduction: 
0
Electrical conduction: 
0
Chemical conduction: 
0
Thermal insulation: 
2.01
Electrical insulation: 
2.01
Chemical insulation: 
2.01

Sensoriality

Sight
Glossy: 
1.02
Opaque: 
0
Reflective: 
1.02
Matte: 
0
Translucent: 
2.01
Non-reflective: 
0
Touch
Waxy: 
0
Cold: 
0
Hard: 
0
Rough: 
2.01
Warm: 
0
Soft: 
2.01
Smell
Slight: 
3
Sweet: 
0
Pleasant: 
0
Intense: 
0
Acid: 
0
Unpleasant: 
0
Hear
Bright: 
0
Silent: 
3
Sound-absorbent: 
0
Dull: 
0
Noisy: 
0
Sound-reflective: 
0
Taste
Inedible: 
3
Slight: 
0
Sweet: 
0
Edible: 
0
Intense: 
0
Salty: 
0

Sustainability

Origin
End-of-life

3D PRINTING ON TEXTILES

Techno-synergies

3D Printing on Textiles is a process developed by Stratasys, one of the most important and innovative companies in the field of additive manufacturing that has collaborated with numerous internationally renowned designers such as Neri Oxman, Iris van Herpen and Julia Koerner. Specifically, it is a 3D printing process that allows you to print directly on flexible surfaces, such as fabrics or leathers, without resorting to the traditional method of molding the individual elements and their subsequent application on the base surface.

STRATASYS LTD.

28309 Ave Crocker Valencia - CA 91355 United States

tel. 001 888 311 1017

contatto tramite sito www.stratasys.com

GALLERIA

Campione esposto presso MaterialDesignPoint
English

© Università degli Studi di Roma "La Sapienza" - Piazzale Aldo Moro 5, 00185 Roma