Coffee
table (C004_L04_S01)
from +LAB (M.P.)
Main info
Product sample #020
Cluster | 004 - Spent Coffee Grounds from industrial scraps as filler for thermoplastics. |
Waste/Scrap type | Spent Coffee Grounds |
Waste/Scrap producer | Lowpoly SL. |
Recycling steps | Compounding and pelletization. |
Recyclate nominal size | ~ 3 mm (average size). |
Material type | PLA + masterbatch with Spent Coffee Grounds. |
Material specs | 90% wt. PLA + 10% wt. Spent coffee ground masterbatch |
Material producer | Natureworks (matrix providers) + Lowpoly SL (Masterbatch providers) + +LAB (Mixing). |
Reprocessing | 3D Printing - Fused Particle Granulation (FPG). |
3D Printing system | Delta Wasp Industrial 3MT. |
Equipment producer | Wasp. |
Nozzle diameter | 3 mm. |
Layer height | 1 mm. |
Printing mode | 1 perimeter (vase mode). |
Printing speed | 20 mm/s. |
Post-processing | No post-processing. |
Finishing | Layer-by-layer appearance from 3D printing process and color variation from the combination of the PLA matrix and the coffee-filled masterbatch. |
3D model features | Non-planar parts and components integrating non-planar principles. |
3D model type | Component of a potential application (furniture). |
Non-planar angle | 17° (max curvature). |
Recyclate library reference | C005_M03 |
Resources and links
Thesis work (link to the pdf) | Here. |
Applications
Furniture - Public spaces and shop elements
Customizable indoor elements, such as tables, for domestic and/or commercial environments, i.e., shops and public spaces.
This 3D model is a scaled version of BAAM(M), a customizable shop table or coffee table. The original concept has been developed during the Master Thesis in Design & Engineering of Martina Paramatti (Politecnico di Milano).