Manufacturing. Accelerated.
[03]
Software-enabled additive manufacturing
Fabricate software
15/XZ9YnPxAB6RPB0CBq
SCALE
MATERNAL
a stage)
17-4 AH0035
100
%
Rick
#
口の
Toolpath Preview
EXIT TOOLPATH
639
458
GCCCE ELEMENT
√
UNPRINTED
RAFT
SUPPORTS
INTERFACE LAYER
✓
OUTER WALLS
✓
INNER WALLS
INFILL
RAPID MOVES
Supports
CANCEL
CONTINUE
From your computer or phone...
•
Cloud-enabled, browser-based
build preparation & workflow tools.
automate the end-to-end additive
manufacturing process (1)
Cohesive, modern user interface &
experience across products.
Printing
Estimated Completion Time
7:45 pm today
Current Layer 102/280
Oh 40m
Material Supply
Material Needed
Metal 203 g
Interface 98 g
Good->
STATUS
Sintering process simulation (2)
Desktop Metal - Live Sinter
File View Examples Help
Commands
Pause
Smooth
ula bracket_10_1_0650
Parts/Rafts
Part/Raft 1
Reset
Controls
Simplified Negative Offset Of
Run Simulation
Add Zone
Fill Zones
Align Zone
Reset Zone
Regions Deviation
Points Deviation
Apply Negative Offset
Apply Scan Adjustment
V Properties
Set Sinter Params
Set Sinter Dir
Sinter Dr X: -0.0
Sinter Dir Y: 1.0
Sinter Dir Z: -0.0
Set Print Dir
Print Density Active
Friction: 0.80
Slump Stress: 2.10
Slump Strain: 2.00
Shrinkage 0.8560
Print Shrinkage: 0.8280
Compliance: 0.900
Shrink Strain: 0.080
►Advanced
Setters
Scans
Scan O
Type here to search
о
e
置
0
X
ula bracket_10_1_0650
Model Statistics
Frame: 792
Frame Time: 685.23ms
Renderer Frame Time: 8.68ms
Sim Time (CPU): 20.76ms
Sim Latency (GPU): 163.76ms
Cell Size (mm): 0.65
Cell Count: 38005
Cell Volume (mm^3): 10433.40
Max Strain: 0.051668
Avg Strain: 0.002805
Creep Strain Percent: 0.1039
Negative Offset Count: 0
Sintering Activity
×
1500
1200
900
600
300
0
12:09 PM
7/20/2020
JOBS IN CUFJE 7
PRINTER
DM-1234
LOCATION
Lab
1h 10m
MATERAL)
316 Stainless
316 Stainless
3079
PART FO
316 Interface
Tracking DF93
>
6t6
3.32 ky
Owner Peter Miller
316 Interface
1.80 MD
Pause
X
...to Desktop Metal products
Onboard touchscreen controls
with consistent user experience
Remote over-the-air (OTA)
updates delivered directly to on-
device software for new features
and enhancements
Proprietary technology designed to improve part
accuracy, reduce costs, and eliminate trial and error
for powder metallurgy-based additive manufacturing
Dynamically simulates the results of the sintering
process by leveraging a GPU-accelerated, multi-
physics engine & artificial intelligence
Automates the compensation of geometries for
distortion and shrinkage during sintering
D Desktop Metal
1. Cloud-enabled software available on select Desktop Metal products.
2. Selected issued or pending patents related to simulation & artificial intelligence: 2019/0138673; 2019/0329322; 10,598,467; 2018/0304540; 2019/0329501; 2018/0307209.
18View entire presentation