different parts submitted to an external qualification body Dimensions Surface Colour and Surface Roughness were checked according to OEM specifications What was the assessment Parts consist of 4 materials ID: 798377
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Slide1
01
03
05
04
02
5 samples of 10
different parts submitted to an external qualification body.
Dimensions, Surface
Colour
and Surface Roughness
were checked
according to OEM specifications.
What was the assessment?
Parts consist of 4 materials; ABS, PP, PC and PA.
65
%
92
%
100
%
65%
of dimensions were within a range of
±
50 microns.
92%
of the measurements with IoT below +/-100 microns are accurate (among X,Y and Z printing axis).
98.7% of dimensions were within typical OEM range of± 100 - ± 200 microns.
100% of all surface colour and glossiness values are within OEM prescribed limits.
Total of
295 measurements
taken to compare with OEM specified levels of tolerance.
98.7%* of all dimensions were within specified levels of tolerance.
The results?
Standard Deviation
Distribution of 3D Printed Parts
98
%
Surface roughness of post-processed parts achieved a standard of
SPI
B1
, up to
A3 (ISO1302)
.
Laboratory Test for “Testing of 3D printed parts” from Spare Parts 3D were conducted by TÜV SÜD PSB Pte Ltd on 27 Mar to 10 Apr to measure the selected dimensions for the 3D printed parts by using a digital Vernier Calliper. For more details of the test results, please
contact Spare Parts 3D- contact@sp3d.co.
*Applies to parts that were not post processed.
How do 3D
Printed Parts Fare in
Assessment By
TÜV SÜD PSB?
Colour
Test
Colour
Comparison
Surface Roughness Test
Slide201
03
05
04
02
5 samples of 10
different parts submitted to an external qualification body.
Dimensions, Surface
Colour
and Surface Roughness
were checked
according to OEM specifications.
What was the assessment?
Parts consist of 4 materials;
ABS, PP, PC and PA.
82
%
74
%91%82% of them felt that 3D printed gifts were more effective and left a greater impression.74% of our corporate gift partners agreed that 3D printed corporate gifts directly led to an increase in revenue.98% of them agreed that 3D printing technology creates products that are more intricate and aesthetically pleasing.91% of companies felt that 3D printed products were more refreshing and innovative.
Total of 295 measurements taken to compare with OEM specified levels of tolerance. 98.7%* of all dimensions were within specified levels of tolerance.The results?
98
%
Surface roughness of post-processed parts achieved a standard of
SPI
B1, up to A3 (ISO1302).
*Applies to parts that were not post processed.
How Do 3D Printed Parts Fare in
TUV-SUD Quality Assessment?