
DECCA DC-TS7600
- Manufacturer: Decca
Ts7x series is a grating spectrophotometer that 3nh company has spent 3 years to design and is developed by 3nh independent intellectual property rights. The instrument adopts 1000 line precision blazed grating a...
$4,200 USDShenzhen, China
DECCA DC-Nano-500
- Manufacturer: Decca
Features: The DC-Nano-500 is a improved microspectrophotometer based on Nano-300 with full wavelength (200-800 nm). It added a function of fluorescence and without requiring a computer. With a sample size of only...
$10,047 USDShenzhen, China
DECCA DC-YD5010 PLUS
- Manufacturer: Decca
- Power source: Battery
Company Information Portable density meter 45/0 color spectrophotometer densitometer for printing 3nh YD5010 PLUS DC- YD5010 portable spectro-densitometer is a high-end precise instrument for the measurement of p...
$2,800 USDShenzhen, China
HORIBA Scientific Sylent™ Mini
- Manufacturer: Horiba
more Ultra-compact Scientific Uncooled CMOS Camera The HORIBA Sylent scientific CMOS (sCMOS) uncooled camera line provides end-users with three novel high QE backilluminated sensor models that provide diversified...
Kyoto, Japan
Cooled,Ultra High Resolution Micro Spectrometer
ATP5034 is a cooled, ultra-high resolution micro spectrometer newly developed by Optosky, ATP5034 is based on the M-type C - T optical path structure independently developed by Optosky, with extraordinary ultra-h...
Xiamen, China
Super fast line scan Raman spectrometer
The ATR3180 super fast line scan Raman spectroscopic imager is a brand-new, optimized and designed macro Raman spectrometer with breakthrough features developed by Optosky in 3 years for more than 20 years in the...
Xiamen, China
Ultraminiature spectrometer
Based on Optosky's more than 10 years of experience in developing spectrometers, ATP1030 combined with UV-enhanced 1024-pixel linear CMOS, which can adapt to testing in the wavelength range of 200- ...
Xiamen, China
Cooled NIR Spectrometer
The ATP8000 series SWIR fiber optic spectrometers, developed by Optosky, operate in the near-infrared range with a maximum spectral coverage of 900-2500 nm (customizable). Featuring a 512-pixel thermoelectricall...
Xiamen, China
Research NIR Spectrometer
ATP8200-5-26 is self-developed by Optosky to replace NIR Quest features competing performance cost less, 900-2600nm NIR, Near Infrared spectrometer with 512 pixels, InGaAs cooled down to -30ºC, resulting in low ...
Xiamen, China
ATP8730 High Resolution NIR spectrometer
ATP8730 is an ultra-high-resolution, ultra-high-speed, short-wave infrared series micro-optic spectrometer developed by Optosky, with a maximum working range of 900-1700nm (the actual range can be customized). It...
Xiamen, China
ATP5020P micro raman spectrometer
ATP5020P is a high-performance micro raman spectrometer developed by Optosky. It uses a 2048*64 pixel cooled linear CCD. The CCD uses semiconductor external cooling technology. The CCD can work in a set constant ...
Xiamen, China
ATP3330 Uncooled High Resolution Spectrometer
ATP3330 are newly designed ultra thin, cooled, ultra high resolution miniature spectrometers developed by Optosky. ATP3330 is m-type optical path structures, which have extraordinary ultra-high resolution. Cooled...
Xiamen, China
ATP3334 Uncooled, High Resolution Spectrometer
ATP3334 is newly designed ultra thin, cooled, ultra high resolution miniature spectrometers developed by Optosky. ATP3334 are m-type optical path structures, which have extraordinary ultra-high resolution. Uncool...
Xiamen, China
ATP5334 TE-Cooled Higher Resolution Spectrometer
ATP5334 is newly designed ultra thin, cooled, ultra high resolution miniature spectrometers developed by Optosky. ATP5334 are m-type optical path structures, which have extraordinary ultra-high resolution. Cooled...
Xiamen, China
ATP5330 Cooled High Resolution Spectrometer
ATP5330 IS newly designed ultra thin, cooled, ultra high resolution miniature spectrometers developed by Optosky. ATP5330 are m-type optical path structures, which have extraordinary ultra-high resolution. Cooled...
Xiamen, China

