蓝鲸体育直播

SERS Substrates

Ultrasensitive molecular detection

An extremely effective SERS substrate that enables ultrasensitive molecular detection for a wide area range of applications and R&D-purposes.

Applications

  • Pharmaceutical industry
  • Biotech industry
  • Food industry
  • Research institutions
小械谐屑械薪褌: Scientific
袩芯写褉邪蟹写械谢械薪懈械: Raman Spectroscopy

The SERS (Surface Enhanced Raman Scattering) technique is known to be a powerful tool for chemical and biological sensing applications. 

蓝鲸体育直播 proposes SERS substrates which offer excellent reproducibility and significant enhancement allowing detection of molecules which otherwise could not be detected using classical Raman spectroscopy, as well as easier and faster analysis of weak Raman scatterers.

  • SERS substrates from Silmeco performs better than other famous SERS substrates on the market
  • SERS signal uniformity over large areas (up to 4鈥�)
  • Very low background noise
  • Compatible with high volume manufacturing (HVM) process flows

Featured Webinars


During this webinar, we present how the coupling of plasmonic and Raman effects results to with SERS and TERS and details some applications.


Hear three experts in the field of Raman Spectroscopy discuss Raman, SERS and TERS for 2D materials

 

 

Dimensions3x3 mm (other dimensions are available on custom request)
SERS active area9 mm2 
Sensitivityppm to ppb
SERStrate surface metalsGold or Silver
Substrate materialNanostructured Si
Measurement areaArbitrary
Sampling methods*Vapor deposition, drop deposition, substrate incubation (immersion)
Laser excitation wavelengths*514 (silver), 532 (silver), 633 (silver), 780-785 (silver + gold) nm
Laser power density*<10 W/cm2

 

* Recommended

袟邪锌褉芯褋懈褌褜 懈薪褎芯褉屑邪褑懈褞

校 胁邪褋 械褋褌褜 胁芯锌褉芯褋褘 懈谢懈 锌芯卸械谢邪薪懈褟? 袠褋锌芯谢褜蟹褍泄褌械 褝褌褍 褎芯褉屑褍, 褔褌芯斜褘 褋胁褟蟹邪褌褜褋褟 褋 薪邪褕懈屑懈 褋锌械褑懈邪谢懈褋褌邪屑懈.

* 协褌懈 锌芯谢褟 芯斜褟蟹邪褌械谢褜薪褘 写谢褟 蟹邪锌芯谢薪械薪懈褟.

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