Producten
Nanotrac
For fully undiluted as a very strong diluted liquids in the range of 0.8 to 6500 nm is the Nanotrac NPA150 or 250 NPA ideally suited. The theory is based on the Brownian motion ((demonstration of the Brownian motion.) Particles in a liquid. This effect indicates a shift of the laser light used (Doppler effect), also known as Dynamic Light Scattering. We are, however, use of a heterodyne measurement what the most optimal signal / noise ratio.
If option can be selected for a smaller volume of 0.2 ml or standard volume 3 ml sample and a possible heat. It may be chosen for internal or external probe.
Typical applications include organic polymers (latex and others), nanometals nano and other inorganic substances, proteins, liposomes, DNA and RNA
If option can be selected for a smaller volume of 0.2 ml or standard volume 3 ml sample and a possible heat. It may be chosen for internal or external probe.
Typical applications include organic polymers (latex and others), nanometals nano and other inorganic substances, proteins, liposomes, DNA and RNA
Dynamic Light Scatter Product Promo
Some benefits of our Dynamic Light Scattering Nanotrac series
Optical stability
Some benefits of our Dynamic Light Scattering Nanotrac series
Optical stability
-
Laser and detector are mounted on a fixed place, which triggered an unsurpassed repeatability.
-
The solid state laser has a very long life and low energy consumption. In addition, it is an extremely stable output and there is no opwarmingstijd needed.
-
precision between the different instruments gives a repeatability of less than 1%.
Software and particle algorithms
- MIE compensation for spherical particles
- Especially developed and improved "modified" MIE calculations for non spherical particles.
- Full export data in ASCII format, Excel or HTML
- Standard integrated statistical and trending functions.
- Fully automated routines for the sampling (SOPs).
- Guaranteed integrity of the data, by using the FDA 21CFR part11 Protocol.
Microtrac Nanotrac (127 kB)
Applications Publications (24 kB)
naar Particle size and shape analyseterug naar het overzicht