AUTOMATED SPE SYSTEMS
For Environmental, Food, Biological and Fuel Samples
OUR PRODUCTS
Fully Automated SPE Systems
Vivace™ Duo
For High Efficiency and Throughput of Small Volume Samples
A high throughput system for efficient handling of multiple small volume samples.
-
Up to 30 samples, 2 in parallel
-
0.5mL to 15mL samples
-
Automatic vial rinse
-
Sample Back-Draw feature
Patented Valve Design
The automated SPE equipment from PromoChrom Technologies are based off our patented multi-functional valves. They combine several liquid handling functions into one module, thus considerably simplifying the structure of our SPE equipment. Our SPE-03 8-channel instrument weighs about half as much as similar solid phase extraction equipment on the market and takes up less lab space.
SPE-03
8-Channel High Volume Automated SPE System.
A compact and efficient workhorse for semi-volatile pollutants in water, food, soil and oil samples. No.1 choice for PFAS.
-
Up to 8 samples in parallel
-
0.5mL to 4L samples
-
Automatic sample bottle rinse option
-
Minimal-Teflon option
FEATURES
COMPACT
Our SPE Systems have small footprints and can run without an external computer or vacuum pump, saving you precious laboratory space.
FLEXIBILE
Compatible with 1/3/6mL SPE cartridges. The SPE-03 can be configured for SPE disks, Bakerbond Speedisks, UCT Enviro-Clean Universal Cartridges and other columns.
EFFICIENT
Even the most challenging SPE procedures can be carried out in parallel with uniform flow rates. Accelerate your water, food, fuel and biological testing.
USER FRIENDLY
Methods can be easily accessed and modified using the built-in touch screen. Open design for convenient handling of samples, SPE cartridges and fraction vials.
APPLICATIONS
ENVIRONMENTAL
Drinking, Ground, Surface, Waste water; Solid, Biosolid and Soil samples
-
PFAS
-
1-4 Dioxane
-
Pesticides
-
PAHs
-
PCBs
-
EPHs
-
PPCPs
The benefits of the SPE-03 for extraction of PFAS is the ability to extract 8 samples simultaneously, which is important for commercial laboratories where rapid sample throughput is an imperative. The other benefit of the SPE-03 is the ability to rinse sample containers and use the rinsate to elute the SPE cartridges. This ensures maximum recovery of PFAS adsorbed to the walls of sample containers. Method setup and operation is also straightforward using the touchscreen controller. Finally, controlled liquid dispensing handled by the syringed pumps ensures a high degree of precision relative to SPE performed manually by a laboratory technician.
