community
Website
MedPhab community
MENU
Organization registry
»
Community repository
»
Community marketplace
»
back
3D-printed steel fluidic device dev.
Organization name
CSEM SA
Organization/department description
CSEM is a privately held, R&D center established in 1984 in Neuchâtel, Switzerland. From the beginning, CSEM has been committed to both applied and order-related R&D. This bridge function between economics and science is still a core aspect of the company, and CSEM has continuously adapted its research areas to the needs of industry.
Organisation is
MedPhab partner
Offering type
[TECHNICAL] PROTOTYPE
Offering block
Non-photonic peripherals
Technology
NON-PHOTONIC PERIFERALS [Opto-mechanics] Metal tooling
Photonic Components
PC1 Integrated circuits
PC2 Microoptics
PC3 Fiberoptics
PC4 Opticalcomponents
PC5 Active components
Non Photonic Peripherals
NP2 Opto-mechanics
NP1 Electronics
NP2 Optomechanics
Metal tooling
2D and 3D printing
NP3 Microfluidics
NP4 MEMS
Integration
IN1 Fiber/waveguide coupling
IN2 Optical assembly
IN3 Component assembly
IN4 Surface activation
Post-Processing
PP1 Over moulding
PP2 Hermetic sealing
PP3 Opto fluidic interface
PP4 Thin film deposition
Development support
Non technical services
Field of application
in vitro diagnostics
in vivo diagnostics
therapeutics
others
Target customers / applications
Technology provider
Supplier
Manufacturer
Integrator
R&D
Offering Description
The picture shows a 3D printed metal part with channels of 1mm diameter. Additionally the channels were flow polished for improved surface roughness and cleanliness. A number of UNF-threads have been printed on top of the fluid channels to allow fast connection of bottles and filters to ultimately perform a sample preparation procedure of a liquid solution before being analyzed on a photonic bio-chip.
Offering Reports
biofos-1619850757.jpg
Offering specifications
Substrate size
100x100x30
mm
Feature minimum size
0.6
mm
Substrate material
Stainless Steel
Post-processing options
Flow polishing
Input file
DXF
xy resolution
100
um
z resolution
100
um
minimum hole diameter
1.0 (H) / 0.6 (V)
mm
minimum hole-hole distance
0.5
mm
minimum distance to edge
0.5
mm
Offering Reports description
3D printing in steel is used for rapid prototyping but also for small series production. At CSEM we do the designs and evaluation but outsource the manufacturing and post-processing task to our partners.
Version
CSEM NP2 0001 V1.0
TRL
MRL
ISO certification
ISO 9001
Production volume
Typically up to 100 samples (credit-card / 1cm thick) per month depending on task complexity
I am interested
Link to Organization registry
E-mail
Contact person
Contact function
Organization name
You can write a note here.