Mchama wa VIP
Mfumo wa Thorlabs Co-Focus Microscope
Thorlabs Co-Focal Microscope System Maelezo ya Bidhaa Thorlabs Co-Focal Laser Scanning (CLS) Microsystem inajumuisha mfululizo wa moduli za kupiga pic
Tafsiri za uzalishaji
Mfumo wa Thorlabs Co-Focus Microscope
Maelezo ya bidhaa
Mfumo wa microscopy wa Thorlabs wa Laser Scanning (CLS) unajumuisha mfululizo wa moduli za kupiga picha za jumuishi zinazotoa zana zote za kupiga picha za jumuishi zinazohitajika kwa maabara ya utafiti. Kwa kuondoa ishara za kuingilia zinazozalishwa nje ya eneo la anga la kuzingatia, teknolojia ya microscopy ya kuzingatia pamoja inaweza kupata picha za uchaguzi za uchaguzi za azimio la juu katika sampuli nene, na pia inaweza kupunguza fluorescence ya nyuma ya media nyembamba. Mfumo wa CLS unaweza kuunganishwa karibu na microscope yoyote ya mbele au ya nyuma na kupata picha ya kati (yaani, interface ya kamera) kupitia thread ya C-Mount. Kufanya matumizi yake rahisi kwa kiasi kikubwa, kuunganishwa kwa urahisi na vifaa vya picha zilizopo, na kutoa picha za ubora wa juu. Programu iliyokuja inaendesha vifaa vya CLS kupitia interface ya mtumiaji wa graphical inayoweza kurekodi na kuona data haraka.
ThorImageLS: Programu iliyoongozwa na mtiririko wa kazi wa intuitive
ThorImageLS imetengenezwa pamoja na jukwaa la multiphoton na confocal microscope ili kuhakikisha ushirikiano usio na msongo, mantiki na intuitive kati ya vifaa vya programu. Kuongoza mtiririko wa kazi interface inaonyesha tu vigezo unahitaji kwa kila mfululizo wa scan (kama mfululizo wa Z kwa ajili ya ukubwa wa scan, mfululizo wa muda kwa ajili ya picha ya nguvu, au mfululizo wa bleaching kwa ajili ya majaribio ya kuanzisha / kutolewa kwa mwanga). Kila mfano wa programu hutoa curve ya kujifunza laini ambayo inaongoza watafiti hatua kwa hatua katika kukusanya data na kukuwezesha kukamata picha kwa bonyezo chache tu.
ThorImageLS ni mpango kamili wa jukwaa letu la microscope, ambalo si tu kudhibiti microscope lakini kudhibiti vifaa vingi. Paneli ya mfululizo inaweza kudhibiti eneo la jukwaa la umeme la XY na Z, nguvu ya laser kwenye sampuli, na hata urefu wa wimbi wa Chameleon Titanium: laser ya safiri. Automation ya juu inakuwezesha kuzingatia utafiti iwezekanavyo bila kuchanganya.
Ujuzi wa majaribio:
Kufanya uharibifu mdogo wakati wa kubadilisha nguvu kulingana na kina sampuli
Customize high-speed Z stack au picha mtiririko kuchukua vigezo
Kuamsha mwanga / bleaching kwa njia ya interface rahisi kutumia kuchagua eneo la nia
Udhibiti wa vifaa:
Kudhibiti nguvu ya kujitegemea kuchochea laser
Kuingiza / kuondoa bidirectional rangi kioo kulingana na aina tofauti za scan
Kuunganisha na Kit ya Fisiolojia ya Dot kwa kutumia ishara ya TTL ya kazi au ya chini
Tuning uhusiano Chameleon Titanium: urefu wa wimbi wa laser safiri
Uchambuzi wa data:
Kugawanya rangi kwa kila kituo cha kugundua
Calculator kwa wakati kuamua ukubwa wa picha na azimio
Kuzalisha 3D Z Stack Recovery
Makala:
Kuboresha microscope yako ya kiwango cha utafiti katika mfumo wa picha wa kuzingatia
sambamba na moja kwa moja au reversed microscope
Compact na modular kubuni
Kuchukua picha kwa kiwango cha video (512 x 512 pixels kwa kasi ya 30 frame / sekunde)
azimio
2048 x 2048 pikseli (pande mbili)
4096 x 4096 pikseli (mwelekeo mmoja)
Picha halisi
vigezo bidhaa
Excitation |
||||||
Laser Source |
1 to 4 Channels (See Table Below for Pre-Configured Options) |
|||||
|
Primary Dichroic Mirror
|
Quad-Band Dichroic Beamsplitter |
|||||
(Other Dichroics Available upon Request) |
||||||
Lengo |
1X |
|||||
0.5 X, 0.75 X, 1.25 X, 1.5 X, 2.0 X (chaguo) |
||||||
Scanning |
||||||
Scan Head |
Galvo-Resonant Scan Head with 8 kHz Resonant Scanner (X) and Galvo Scan Mirror (Y) |
|||||
Galvo-Resonant Scanning Speed |
30 Frames per Second at 512 x 512 Pixels |
|||||
| 400 Frames per Second at 512 x 32 Pixels | ||||||
2 Frames per Second at 4096 x 4096 Pixels |
||||||
Scan Zoom |
Up to 2048 x 2048 Bi-Directional Acquisition; Up to 4096 x 4096 Uni-Directional Acquisition | |||||
| 1X - 16X (Continuous) | ||||||
Digitization / Sampling Density |
Up to 2048 x 2048 Bi-Directional Acquisition; Up to 4096 x 4096 Uni-Directional Acquisition |
|||||
Diffraction-LimitedHear Field ya View (FOV) |
FN25 = 442 μm x 442 μm FOV @ 40X; FN23 = 407 μm x 407 μm FOV @ 40X |
|||||
Emission |
||||||
Photomultiplier Tubes (PMTs) |
Standard Multialkali or High-Sensitivity GaAsP |
|||||
Detection Channels |
1 to 4 PMTs |
|||||
Filters |
Emission Filter Set and Longpass Dichroic to Complement Multi-Channel Laser Source | |||||
| (See Table Below for? Pre-Configured Options) | ||||||
| Laser Source Options | ||||||
Laser Source #a |
Excitation Wavelengths |
Included Emission Filters |
||||
UV |
Blue |
Green/Orange |
Red |
Emission Filters(Center Wavelength/Bandwidth) |
Longpass Dichroic Cutoff Wavelength(s) |
|
CMLS-A |
- |
488 nm |
- |
642 nm |
525 nm/45 nm and 635 nm/Longpass |
562 nm |
CMLS-Bb |
405 nm |
488 nm |
- |
642 nm |
447 nm/60 nm, 512/25 nm, and 635 nm/Longpass |
495 nm and 538 nm |
CMLS-C |
- |
488 nm |
532 nm |
642 nm |
513 nm/17 nm, 582 nm/75 nm, and 635 nm Longpass |
538 nm and 649 nm |
CMLS-D |
- |
488 nm |
561 nm |
642 nm |
525 nm/45 nm, 607 nm/36 nm, and 535 nm/Longpass |
562 nm and 649 nm |
CMLS-Eb |
405 nm |
488 nm |
532 nm |
642 nm |
447 nm/60 nm, 513 nm/17 nm, 582 nm/75 nm, and 635 nm/Longpass |
495 nm, 538 nm, and 649 nm |
CMLS-Fb |
405 nm |
488 nm |
561 nm |
642 nm |
447 nm/60 nm, 525 nm/45 nm, 607 nm/36 nm, and 635 nm/Longpass |
495 nm, 562 nm, and 469 nm |
CMLS-Gb |
405 nm |
488 nm |
588 nm |
642 nm |
447 nm/60 nm, 525 nm/45 nm, 615 nm/24 nm, and 635 nm/Longpass |
495 nm, 605 nm, and 649 nm |
CMLS-H |
- |
488 nm |
- |
660 nm |
525 nm/39 nm and 697 nm/58 nm |
562 nm |
CMLS-I |
- |
488 nm |
- |
- |
525 nm/45 nm |
N/A |
CMLS-J |
- |
488 nm |
532 nm |
- |
512 nm/25 nm and 582 nm/75 nm |
538 nm |
Bidhaa zinazohusiana
- Kamera ya Digital ya MSX2
- Utafiti daraja fluorescent microscope MF43
- Kamera ya Microscope MC20-N
- Kubadilisha fluorescent microscope MF52-LED
Utafiti wa mtandaoni
-
Mawasiliano
-
Kampuni
-
Simu
-
Barua pepe
-
Chat
-
Kodi la Uchunguzi
-
Maudhui
-