biophotonics - deutsche messe ag€¦ · biophotonics multitel develops components and full...
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Bio-sensors design
Multitel participates to a large panel of national and european projects for the development of
new generation sensors for the automated reading of multiplex immunologic or label-free
reaction formats.
Photonic transducers for biochemical sensors - optical fibers and planar lightwave
circuits technologies.
Optical instrumentation.
Image processing.
Lab-on-chip system for label-free diagnostics
Optical fiber taper
Microring transducer
Grating coupler
Biophotonics
Multitel develops components and full instruments for in-vitro and in-vivo diagnostics in the
biomedical, food and drug sectors.
CAD design of optical systems
Multitel facilities
MULTITEL research institute is composed of experts
in various fields including optics, lasers, image
processing, data treatment, embedded electronics
and prototyping.
With our partners, MULTITEL offers biosensing
solutions from the photonic transducing element to
the full sensing system for the integration needs of
the end-users.
System prototyping
From feasibility study to prototyping Multitel uses its know-how to the benefit of industry
A
From the lab setup to the complete and qualified systems (TRL 8).
Contact: Service commercial - Tél: +32 65 34 27 19 - [email protected]
MULTITEL
Rue Pierre et Marie Curie, 2 - Parc Initialis - 7000 Mons - BELGIUM Rue du Progrès, 13 - ZI Tournai Ouest I - 7503 Tournai - BELGIUM
Tél: + 32 65 34 27 32 - [email protected] - www.multitel.be
Biophotonics
Laser Solutions
Multitel has a large experience in the development of laser sources through the participation in various national and European projects and through industrial collaborations. Some examples of recent realizations:
Application Wavelength Pulse duration Repetition rate Pulse
energy/Average power
Spectral linewidth
LIDAR Doppler 1550 nm 350 ns 15 kHz 170 µJ 8 kHz THz generation 1550 nm 70 fs 50 MHz 100 mW > 30 nm Micromachining 1064 nm 25 ps 50 kHz 120 µJ < 0.5 nm Spectroscopy 1996 nm 500 ps 50 kHz > 40 µJ 1 nm
Flexible source 1030 nm 1060 nm
100 ps - 4 ns (adjustable)
250 kHz to 5 MHz (adjustable)
Up to 4 W 100 pm
We offer both linearly polarized and high beam spatial quality laser sources.
Picosecond laser source for MIR
generation
Flexible (continuously adjustable pulse
duration and rep. rate) laser source
Fibre lasers
Multitel designs new laser sources for various applications. Our approach is to propose fibre lasers and
hybrid laser solutions in industrial and R&D projects. We can offer prototyping to small series delivery.
Custom Design
Various other systems can be built on demand: high power CW lasers, Raman amplifiers (e.g. 40 dB gain @
1180 nm), femtosecond laser seeders (e.g. 500 fs @1030 nm)...
We accompany you from the idea to first prototype following a proven development process including needs
analysis, specifications, development, assembly and characterization procedures.
Competences
Besides optical components and special fibres handling, Multitel has competences in mechanical, thermal and electronic design and fabrication. From turnkey to remote systems, we offer on demand packaging and interfaces. Our lasers can be delivered as OEM component or standalone in compliance to laser international standards.
Micro structured fiber splicing
Fibre module 3D design
All fibre picosecond visible sources
High energy hybrid (fiber seeder and
bulk amplifier) laser source
Fiber Lasers
Contact: Service commercial - Tél: +32 65 34 27 19 - [email protected]
MULTITEL
Rue Pierre et Marie Curie, 2 - Parc Initialis - 7000 Mons - BELGIUM Rue du Progrès, 13 - ZI Tournai Ouest I - 7503 Tournai - BELGIUM
Tél: + 32 65 34 27 32 - [email protected] - www.multitel.be
Structural Health monitoring
Smart textile for healthcare
Fibre sensors for railway applications
Fibre Optics Sensors Applications
Multitel develops complete fibre optic sensing
solutions for various applications fields:
Temperature and strain sensing in
mechanical structures
Bio-chemical sensors (based on Long Period
Gratings and plasmonic effects)
Embedded sensors for healthcare
monitoring
Integrated sensors in composite materials
Fibre Optics Sensors
MULTITEL investigates innovative techniques based on optical fibre and FBGs sensors for
environmental, industrial applications, healthcare, and structural monitoring.
Phase mask FBG inscription
Respiratory rate FBG reader
Strain sensors interrogator
FBG Inscription facilities
According to the application, MULTITEL can
produce any sort of FBG on a large variety of optical
fibers.
Phase-mask (Excimer KrF laser emitting at
248 nm)
Point-by-point & phase-mask (femtosecond
laser)
Long period gratings
Through coating FBGs fabrication
Custom optical interrogation solutions
MULTITEL develops cost-effective solution by adapting the existing technology to the customer’s
needs.
Contact: Service commercial - Tél: +32 65 34 27 19 - [email protected]
MULTITEL
Rue Pierre et Marie Curie, 2 - Parc Initialis - 7000 Mons - BELGIUM Rue du Progrès, 13 - ZI Tournai Ouest I - 7503 Tournai - BELGIUM
Tél: + 32 65 34 27 32 - [email protected] - www.multitel.be
Fibre Optics Sensors
Laser Micro-machining Platform
Our equipments for laser micro-processing allow us to choose and to experiment the best process regarding the application field and the materials.
Different laser sources are available:
- 500 fs to 10 ps @ 1030 nm, 4 W up to 1 mJ, conversion in the VIS (515 nm) and UV (343 & 267 nm)
- 250 ps @ 1030 nm, 4 W, up to 1.2 mJ, conversion in the VIS and UV. - 10 ns to 200 ns @ 1030 nm, up to 0.5 mJ, conversion in the MIR - 20 ns @ 1064 nm, 150 W - CW @ 1064 nm, 150 W
4 Galvanometric heads (up to 2 m/s) High precision translation stages (down to 10 nm) Spatial beam shaping Laser metrology: power measurement, pulse duration, spatial beam profiling… Metrology : microscope, optical profilometer…
Laser micro-processing
Multitel offers:
Feasibility studies and process development
Development of custom optical modules dedicated to your application
Ultrafast laser processing
Mid-IR laser for resonant processing
Application Fields
Marking and engraving
Micro-welding or sintering
Thin films decoating
Drilling
Micro-cutting
Surface fonctionalization and texturisation
Micro-patterning
Fabrication of nanoparticles
Materials
Metals
Polymers
Glasses
Composite materials (CFRP, GFRP, etc…)
Ceramics
Contact: Service commercial - Tél: +32 65 34 27 19 - [email protected]
MULTITEL
Rue Pierre et Marie Curie, 2 - Parc Initialis - 7000 Mons - BELGIUM Rue du Progrès, 13 - ZI Tournai Ouest I - 7503 Tournai - BELGIUM
Tél: + 32 65 34 27 32 - [email protected] - www.multitel.be
Laser micro-processing
Metal sheet surface texturing
Thin film CIGS Solar Cell ablation
CFRP composite laser cutting
Micro-welding
Spectroscopy
Large spectrum (0.1 - 6 THz)
Determination of materials optical constants (ex. refractive index)
Sample thickness measurement
Imaging
Intensity
Phase
Multispectral
Laser source
70 fs laser source at 1550 nm
100 mW average power for 50 MHz repetition rate
Compact full fibre configuration, high reliability and stability.
Terahertz imaging and
spectroscopy
Multitel offers:
Femtosecond laser sources for THz generation
Terahertz characterization (imaging and spectroscopy) on various samples
Fibre coupled TDS THz system
THz CW imaging system
Femtosecond Laser at 1.55µm
developed by Multitel
Characteristics of THz radiations
Non-ionizing, non-invasive and non-destructive
Low absorption through several materials (paper, plastics, wood, textiles…)
High absorption by polar molecules (water)
High reflection by metals
THz signatures exist for each material (drugs, DNA, pollutant…)
Application Fields
Non destructive testing
Coatings
Pharmaceutics
Recycling
Process control
Security
Biomedical
Contact: Service commercial - Tél: +32 65 34 27 19 - [email protected]
MULTITEL
Rue Pierre et Marie Curie, 2 - Parc Initialis - 7000 Mons - BELGIUM Rue du Progrès, 13 - ZI Tournai Ouest I - 7503 Tournai - BELGIUM
Tél: + 32 65 34 27 32 - [email protected] - www.multitel.be
Honeycomb composites THz imaging
Nondestructive Inspection of
Pharmaceutical Tablet
THz profilometry
Terahertz imaging and
spectroscopy