Updated on 09/22/22
Fiber laser repair. For that project we are considering Fujikura instruments.
Laser wart removal system.
For that project, we consider Microscopy Camera Axiocam 506 color (D)
X-ray non-linear crystals inspection. For X-ray inspection we plan to use the following devices
|https://www.teledynedalsa.com/en/products/imaging/industrial-x-ray/shad-o-scan/||Shad-o-Scan 3001 | SB1661-02|
|Shad-o-Scan 4501 | SB1671-02|
Our next step is to connect the X-ray emitter (I.A.E, Italy) C339 E/XM15 T 0.1/0.3 (https://www.iae.it/product-details/c339/) with a high-frequency power supply device of our own manufacture 23-35 kV up to 120 mA.
These versatile X-ray detectors with a 50-µm strip offer high quantum efficiency for the widest X-ray energy range: from titanium (Ti) to silver (Ag).
FLC3-70-HT, FLC3-70. Those sensors will allow us to measure of weak magnetic field for Lithium niobate (LiNbO3).
At the moment we are looking for Ti:Sapphire laser by Coherent (complete installation: Mira 900-P + Verdi G10) and this laser module LMFC-405-PLR6-FCAPC-1K
We plan to work on short LD pulses like 0.1-10 ns and we plan to use following controller “Controller, PXI, PXIe-8840, Intel Core i7-5700EQ, 2.6 GHz, 4 Cores, 4 GB RAM, 34 Slots, Windows 10” & Keithley 2635B SourceMeter, 10A DC, 200V, 200W, 0.1fA / 100nV, 1 Ch.
All measurements we plan to make using a Keysight DSOS254A High-Definition Oscilloscope: 2.5 GHz, 4 Analog Channels (current oscilloscope can we also used for laser pulse detection)
To produce films for laser phase mixing we would need to use 3D surface measurement instrument. We consider using CT350T CT 350T / CT 250T – 3D surface measurement system for absolute thickness measurement by cyberTECHNOLOGIES
We are considering that a stable interference pattern is possible in the visible spectrum but in NIR as well. We plan to make some studies and research for 1060 nm wavelength and we consider ordering a single mode fiber coupled laser diode, 200mW @ 1060nm, QFLD-1060-200S.
1. Testing with a new TEC cooling water chiller
2. Testing pulse duration and pulse width with Cr:YAG / lithium niobate.
3. Preparing a new design for 200-500 watt system.
4. Working on 532 / 355 nm (SHG/THG) laser radiation.
1. Improving on a laser beam quality
2. Testing a water cooling system
3. Development of a portable version of the system
Improving the power supply and laser controller.
All calculations were made and we are waiting for components to arrive to make all tests and experiments
We ordered lenses:
Megapixel Fixed Focal Length Lenses
2/3″ sensor support, F1.4 brightness (exc:SV-5026H)
f6mm – f100mm, 13 models
Iris and focus are adjustable
All models filter-ready (VST filters are available)
f75mm・f100mm models support 1″ sensor
We plan to make a smaller laser beam spot ~ 10×10 microns. Now we have about 25×25 microns with a short focal F=20 mm laser lens
The water cooling chiller is in development
Misc (potential project)
Explore Laser Tweezers
3-5X LD combination
Laser mold removal with 3 watt 355 nm UV laser
Going concern projects