Thermo-mechanical simulations for optics | Community Marketplace

Thermo-mechanical simulations for optics

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] DEVELOPMENT SUPPORT

Offering block

Development Support

Technology

DEVELOPMENT SUPPORT [Simulation and analysis] Thermal simulations

Photonic Components

PC1 Integrated circuits

PC2 Microoptics

PC3 Fiberoptics

PC4 Opticalcomponents

PC5 Active components

Non Photonic Peripherals

NP1 Electronics

NP2 Optomechanics

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

[Simulation and analysis] Mechanical simulations

Non technical services

Field of application

in vitro diagnostics in vivo diagnostics therapeutics others

Target customers / applications

Technology provider Supplier Manufacturer Production services Integrator R&D Clinical Consultancy Equipment

Offering Description

Comsol offers the capability to develop multi-physics modeling based on thermo-mechanical simulations; thermo-mechanical analysis provide the basis to verify deformation impact on optical tolerances in a realistic thermal environment. Comsol also provides the possibility to define a GUI to make it a stand-alone software tool as a support for the Medical/Optical designer. An example of such a model is described in the reference about a STOP simulation multi-physics coupled with wave-optics.

Offering Reports

Offering specifications

Modeling software	Comsol Multiphysics
File format input	Solidworks/Parasolid 3D CAD model or 2D sketch
File format output	.mph
Material data	Material database available in Comsol (might require external data)
Simulation of operating conditions	Different ambient air temperatures/ heat sources
Multi-physics modeling	Thermal
Post-processing options	Graphs showing thermal/mechanical/fluidic or combined aspects
Optimization of optical design	Possible if performance/goal specifications are set (temperature range
GUI interface for ease of use / dissemination	APP feature in Comsol to ease Design with automated reporting (free to distribute)

Offering Reports description

Comsol offers the capability to develop multi-physics modeling based on thermo-mechanical simulations; it also provides the possibility to define a GUI to make it a stand-alone software tool as a support for the Medical/Optical designer.

Version

CSEM DS1 0007 V1.0

TRL

MRL

ISO certification

ISO 9001

Production volume

N/A

I am interested