Micro Ramlan spektrometrda aniq joylashuvni vizualizatsiya qilish mumkin, mumkin bo'lgan namunalarning turli yuzasida Ramlan signalini aniqlashni va mikroavoriya holatida bir vaqtning o'zida kompyuterda aks ettiriladi. Tizim mikroskopik modul va yuqori sifatli ramonni aniqlash tizimini optimallashtirish va mikro optik tizimning cheksiz optik dizayni, optik yo'lni dizayn va moslashuvchan modul kombinatsiyasini optimallashtirishdan iborat. Bundan tashqari, CNI yuqori sifatli UB Lazer, IR lazer, Lazer elektr metrini, lazerli ko'zoynaklar va mijozlar talabini qondiradigan spektromik uskunalar bilan chin dildan ta'minlaydi.
Xususiyatlari
- Barqaror chastota bilan sozlanadigan lazer, to'lqin uzunligi va namunalarning shikastlanishidan qochish.
- Konkokariy modulni optimallashtirish, lazerning fokal tekisligini ta'minlash va ob'ektiv konfokalning fokal tekisligini ko'rish.
- Konkokariy modulni optimallashtirish, lazerning fokal tekisligini ta'minlash va ob'ektiv konfokalning fokal tekisligini ko'rish.
- Modulyar dizayn, o'z-o'zini anjuman, oddiy operatsiya va olib yurish oson.
- To'lqin uzunligi va o'lchamlarini sozlash mumkin.
Arizalar
- Dorilarning xiyonatini aniqlang va tarqatishni tasvirlang.
- Samarali faol moddalar va aksessuarlarni tabletkalarda ajratib turing. Tarqalish va zichlikni tavsiflash.
- Ruda yoki san'atdagi turli xil zarralar chegarasini aniq joylashtiring.
- Mineral yoki tog 'jinsida bo'lgan materialni tasvirlash va joylashtirish.
- Preparat, tibbiyot, portlovchi moddalar, to'qimachilik va boshqalar kabi iz materiallarining dalillarini aniqlash.
Texnik xususiyatlari
|
111111111111Microscope
|
|
Microscope model
|
GMM-580
|
|
Z-axis focusing system
|
Coarse and fine Coaxial focus
Minimum graduation: 2μm,
Limit stopper device
|
|
X/Y Mobile stages size
|
210mm*140mm
|
|
Stage moving range
|
50mm*75mm
|
|
Camera
|
5 Megapixel Imaging System ISH500 (Optional)
|
|
Microscope objective
|
5X-100X (Optional)
|
|
|
| Kamera |
|
Chip
|
CMOS, colorized, progressive scanning
|
|
Chip size
|
1/2.5 inch
|
|
Effective pixels
|
5 million
|
|
Pixels size
|
2.2μm*2.2μm
|
|
Max Resolution (H×V)
|
2592*1944
|
|
Frame rate
|
5fps(2592 × 1944 full resolution); 21fps(1280*960);
25fps (1024 × 768); 38fps (640 × 480)
|
|
Color depth
|
24 bit
|
|
Noise of amplitude
|
54 dB
|
|
Operating temperature(°C)
|
0-60
|
|
Data interface
|
High speed USB2.0
|
|
Lens mount
|
Standard C-mount
|
|
| Lazer |
|
Wavelength (nm)
|
405±0.5
|
532±0.5
|
785±0.3
|
|
Mode
|
Single
|
Single
|
Single
|
|
Spectral line width (cm-1)
|
-
|
<0.5
|
<2
|
|
Output power (mW)
|
1-500
|
1-1000
|
>350, >450
|
|
Power stability (pk-pk, 4 hours)
|
<2%
|
<1%,<3%,<5%
|
<2%
|
|
Parameter of fiber
|
100um 0.22NA
|
100um 0.22NA
|
100um 0.22NA
|
|
Noise of amplitude (rms)
|
-
|
<0.5%
|
<0.5%,<1%
|
|
Operating mode
|
CW
|
CW
|
CW
|
|
Warm-up time (minutes)
|
<5
|
<10
|
<5
|
|
Operating temperature (℃)
|
10-35
|
15-35
|
10-40
|
|
Expected lifetime (hours)
|
10000
|
10000
|
10000
|
|
Warranty
|
1 year
|
1 year
|
1 year
|
|
|
| Spektrometr |
|
Wavelength range
|
405-500nm
(405nm excitation)
|
532-700nm
(532nm excitation)
|
785-1100nm
(785nm excitation)
|
|
Optical resolution
|
18-24cm-1
(405nm excitation)
|
8-12cm-1
(532nm excitation)
|
5-8cm-1
(785nm excitation)
|
|
Pixels
|
2048 pixels
|
|
Pixels size
|
14um*14um
|
|
Dimensions (mm)
|
149*109*50
|
|
Weight (g)
|
1000
|
|
Signal-to-noise ratio
|
1000:1
|
|
Integration time
|
17ms-10s
|
|
Power consumption
|
450mA@5VDC
|
|
Data transfer speed
|
Full scans into memory every 4 milliseconds with USB 2.0
Full scans into memory every 18 milliseconds with USB 1.1
|
|
Inputs/outputs
|
5 inputs and 5 outputs (opto-isolator inputs/outputs)
|
|
Analog channels
|
One 12 analog input one 12 analog output
|
|
Connector
|
30pin connector
|
|
|
| Ramon probe |
|
Excitation wavelength (nm)
|
405
|
532
|
785
|
|
Probe focus length (mm)
|
7.5
|
|
Probe main material
|
Probe material is 2A12 after Blackening; Stainless steel detector tip
|
|
Fiber configuration
|
Two single fiber (100um excitation fiber, 200um optical fiber for collecting light); N.A.=0.22, PVC/metal sheath; 1m Length
|
|
|
| Dasturiy ta'minot |
|
Optical spectrum analysis
|
Spectral Analysis / Raman Analysis 2.0
|
|
Camera imaging
|
Imaging
|
|
Operating system
|
Windows XP/Win7 (32bits or 64 bits)
|
|
Tegishli mahsulotlar
Q tugmasida lister
IR lazer
Pikosekond lazerlari
Moviy lazerlar
Sariq lazer
UV lazer
Qizil lazer
Ramlan lazer
Infraqizil lazer
Pikosekund lazer
Sertifikatlash
Kopmpany ma'lumotlari
Changchun yangi ishlab chiqarishlari (CNI) 1996 yilda China shahrida joylashgan, Xitoy, Xitoyning qattiq ahvoli va dioddagi lazer tizimlari ishlab chiqaruvchisi hisoblanadi. CNI hisob-kitob va ishonchli xizmat, shuningdek ixcham dizayni, yuqori ishonchlilik, yaxshi ishlashi bilan sifatli xizmatlarga ega. Mahsulotlar ilmiy tadqiqotlar, uskunalar ishlab chiqarish, biommedika eksperiment, aniq o'lchov, o'yin-kulgi, radarlar, materiallarni qayta ishlash, jarayonni boshqarish, tergov uskunalari va boshqa sohalar uchun keng qo'llaniladi.
Ko'rgazmalar
Contact Now
