Showing 49–64 of 221 results
Lea Guez
The semiconductor laser subsystem can display power, current, temperature, pulse width, frequency, etc. through the LCD panel, and can be adjusted by the panel or remotely controlled by the RS232 serial port. The system has a high degree of integration and is easy to operate, and is mainly used in scientific research, system integration and other fields. At the same time, it can also meet other customized needs.
Bernard Azout
Key Features:
QCW operation
Highly compact design
Custom multi-stacks design available up to 5 stacks
Wavelengths: 795-830 nm, 880 nm and 9xx nm
Low thermal resistance assembly
Mechanically robust, shock and vibration resistant
Approved for defense and space applications
Michael Iluz
Key Features:
Narrow Linewidth: ≤ 0.5 MHz
High Power Stability: ≤ 2.0 %
High Spectral Stability: ± 1.0 pm
Designed for Integration
Michael Iluz
Key Features:
Narrow Linewidth: ≤ 0.5 MHz
High Power Stability: ≤ 2.0 %
High Spectral Stability: ± 1.0 pm
Excellent Beam Quality
Michael Iluz
KEY FEATURES:
Complete, pre-configured safe PIV systems
Delivered with flow loop
USB based high resolution 2MP cameras offering 165fps
No Synchronizer needed
Great educational software
he EduPIV system includes
A flow loop producing steady, periodic or pulsed jet flow
Seeding particles
FlowSense USB camera, 2 MP resolution, 165 frames per second at full resolution
Eye-safe LED illumination and light sheet optics
DynamicStudio EduPIV software
The EduStereoPIV upgrade includes
A second camera, needed for stereo PIV.
Scheimpflug mounts that maintain the field of view by keeping the lens in position whilst tilting the camera
Bright 35mm f2.0 full format lenses
Simple double layer, double sided target for automated calibrations
The Stereo PIV software add-on
Michael Iluz
Key Features:
Easy to use: no calibration and no tweaking necessary
User-friendly and powerful software
Can access Spatio-Temporal couplings (Spatial Chirp, Pulse Front Tilt)
Versatile: instant-swap of spectrometer for different wavelength ranges
Single-pulse extraction possible up to 150 kHz laser repetition rate (with Enhanced
detection option)
Achromatic and non-dispersive (FC and FS models)
Sub-5 fs can be measured
Michael Iluz
Key Features:
High-bandwidth PID or PI²D control
All-analogue signal processing with propagation delay 40ns
Parallel FAST and SLOW control loops
Feedback to both current and piezo
Flexible control of loop parameters
High-bandwidth external modulation
Internal ramp generator
Two low-noise photodiode power supplies
TTL control
Michael Iluz
Key Features:
• Readout chip type: Timepix3
• Spatial resolution: 256 x256 pixels, 55 µm pitch
• Time resolution: 1.6 ns
• Interface: USB 3.0 (Super-Speed)
• Power: External or via second USB 3.0
• Max. readout speed: 40 million pixels / s
• Dimensions: 125 x 79 x 25.5 mm
• Weight: 503g
Bernard AZOUT
Applications
Spectroscopy
Sensors
Photolithography
Particle detection
Laser welding / soldering / marking
Laser delivery
Monitoring
Smoke detection
Pyrometry
Nuclear plasma diagnostics
Quality control and inspection systems
Photodynamic therapy
Fluorescence excitation
Analytical instruments
Scanning
Colorimetry
Laser diode pigtailing
Chemical analysis
Semiconductor capital equipment
Microscope illumination
Streak cameras
Remote illumination
Reflective sensors
Bernard AZOUT
Advantages
Broad temperature range
High resistance against laser damage
Special jackets available for high temperatures, high vacuum and harsh chemicals
Constant core / cladding ratio throughout the entire fiber
All dielectric, non-magnetic design
Sterilisable using ETO and other methods
Biocompatible material
AR coating
Various lengths available
Customised ferrules (also for non-circular fiber geometries)
Lea Guez
Key Features:
Low insertion loss
High return loss
High repeatability
Lea Guez
Key Features:
High Signal Transfer Efficiency
Built-in cladding light stripper
Low Beam Distortion
Customized Configurations Available
Michael Iluz
Colored glass filters
Neutral sensity (by absorption) filters
Circular variable neutral density filters
Bandpass (interference) filters
Michael ILUZ
Main features:
Divergence adjustment
Galilean optical design
UVFS optical elements
Grease free mechanical design
Wide wavelenght adoption – 200 nm to 2 μm
Application examples:
Laser materials processing
Medical
Research
Michael Iluz
Key Features:
Operates over 400 – 1100nm without recalibration
3-sigma uncertainty of 600MHz; typical measurement accuracy < 200MHz
Built-in PID for laser frequency stabilisation
Runs from USB or DC jack, no computer required!
Simple computer interface over Ethernet/USB