PRODUCT INFORMATION
Nanochannel SERS Substrate
Nanochannel SERS Substrate
- Enhanced Signal Intensity:
The 3D nanochannel structure provides a high-density array of “hot spots,” leading to significantly increased electromagnetic field enhancement. This enhances the Raman signal intensity, allowing for the detection of extremely low concentrations of analytes.
- Large SERS-active Area:
The three-dimensional architecture offers a larger active surface area, enabling more analyte molecules to interact with the SERS-active sites, which improves sensitivity and detection efficiency.
- Efficient Analyte Trapping:
The nanochannels can effectively trap and concentrate analyte molecules within the channels, ensuring a stronger interaction with the plasmonic surface, which further boosts the Raman signal.
- Improved Reproducibility:
The well-defined and regular structure of 3D nanochannels leads to more uniform hot spot distribution, resulting in higher reproducibility and consistency in SERS measurements.
- Versatility and Applicability:
The 3D nanochannel substrate can be tailored to accommodate various analytes, making it suitable for diverse applications, including biosensing, environmental monitoring, and chemical analysis.
Features
Excellent sensitivity & reproducibility
The world first mass production of SERS substrate using nano-transfer printing technology
The world first mass production of SERS substrate using nano-transfer printing technology
Customization
Customized substrate for customer requirements
Customized substrate for customer requirements
Best performance
High sensitivity in wide range of laser wavelength No substrate damages in high power lasers
High sensitivity in wide range of laser wavelength No substrate damages in high power lasers
Various applications field
Bio, food, medical, hazardous chemical, and diagnostics etc.
Bio, food, medical, hazardous chemical, and diagnostics etc.
Fast delivery worldwide
Stock holding, Product delivery within 3 days after ordering
Stock holding, Product delivery within 3 days after ordering
Outstanding stability
SERS chips are basically stored in a gel pack for convenient use and safe storage, and then packed again in a vacuum pack.
SERS chips are basically stored in a gel pack for convenient use and safe storage, and then packed again in a vacuum pack.
GRAPH
Laser: 532, 633, 785 nm, Power: 1 mW, Ex time: 1s (10), Mag: 50x, 10 uL drop
Outstanding Stability
: Outstanding Stability
Laser: 785 nm
Power: 1 ~ 30 mW
Ex time: 1s (10)
Mag: 50x
4-ATP: 10-6 M
PRODUCT SPECIFICATION
Au SERS Nanowire
| Dimension | Standard : 5mm X 5mm Custom Size : 3mm ~ 10mm (Controllable) |
| Materials | Au |
| Structure | 3D-Crossed Nanowires |
| Laser Wavelength | Au : 532, 633, 785 nm |
| Laser Power | 1 ~ 30 mW (available more high laser power) |
| Sensitivity | ppm to ppb (depend on analyte) |
CAUTION
- Store in a cool, dry place
- Stored under vacuum or sealed
- Use immediately after opening (*contamination may occur)
- Store unused items in a vacuum or seal
- Prolonged exposure to the atmosphere may cause deformation of the product.
PUBLICATION
PICO FOUNDRY WORLDWIDE CUSTOMERS
Pico Foundry has partners in more than 10 countries around the world and is doing its best to provide the best service.
global
Korea








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