About Nitrogen Evaporator
LV Speedovap Nitrogen Evaporator can evaporate up to 50 samples in a batch. The system has the facility to use interchangeable racks for different types of tubes with different sample volumes (1.5 mL to 30 mL and Ria vials/test tube/centrifuge tubes).
Description:
Speedovap LV (Low Volume) Nitrogen Evaporator is an automated high speed, low volume sample concentrator.It is an efficient new alternative to conventional evaporation techniques.
A micro-processor control maintains the water bath at the set temperature and the times for the operation. Gas can be turned ON in selected manifold depending on number of samples. Nitrogen gas is blown through nozzle manifolds into samples which turn OFF automatically. Audio alarms indicate when the process is complete.
Speedovap LV is commonly used for evaporation of solvents in analysis of drug samples or pesticide extracts. It is ideal for sample volumes of 1 mL to 30 mL that need to be evaporated in GC vials, centrifuge tubes or test tubes.
Speedovap-LV is also supplied with disposable nozzles for those labs requiring this facility. To avoid corrosion, the nozzles are fabricated with SS 316 grade. For labs with highly corrosive chemicals, Takahe Analytical Instruments can provide specially coated anti rust nozzles.
Features:
- Unattended operation for up to 50 samples
- Different interchangeable racks available for tube sizes from 1.5 mL to 30 mL
- Controlled water bath adjustable from ambient to 80 C
- Built-in nitrogen regulator
- LED display for better visibility under fume hood
- Convenient sizeno hood space required
- Exhaust open to atmosphere or within Fume Hood
- Easy to use water drain pump
- Small foot print
Ordering the Right Sample Rack:
| Test Tubes |
| Capacity |
Dimensions in mm (OD X H) |
| 2 mL |
|
| 3 mL |
10 X 75 |
| 4 mL |
12 X 75 |
| 4 mL |
14 x 45 Screw Top vial |
| 12 mL |
16 X 100 |
| 12 mL |
16 X 110 |
| 15 mL |
17 X 125 |
| 30 mL |
20 X 150 |
Advanced Microprocessed ControlThis Nitrogen Evaporator utilizes microprocessed technology for precise and consistent evaporation, optimizing performance in laboratory environments. Users can easily set and monitor parameters, ensuring reproducible results for critical applications, including fisheries research.
Robust Composite ConstructionConstructed with high-quality composite materials, this evaporator is durable and built to withstand laboratory conditions. The elegant blue and grey design not only adds aesthetic appeal but also ensures practicality and longevity.
Flexible Sample HandlingSpecifically engineered for culture and test tubes, the Nitrogen Evaporator accommodates a range of sample types. Its temperature resistance up to 80C provides versatility for various laboratory protocols and sample requirements.
FAQ's of Nitrogen Evaporator:
Q: How does the Nitrogen Evaporator operate for sample preparation?
A: The Nitrogen Evaporator operates by directing a controlled stream of nitrogen gas over samples in culture or test tubes, accelerating solvent evaporation. The process is managed via a microprocessed control system, making preparation efficient and consistent.
Q: What types of laboratories and applications benefit from this evaporator?
A: This evaporator is particularly beneficial for fisheries laboratories, as well as other bioscience, chemistry, and environmental labs that require efficient solvent removal from samples prior to analysis.
Q: When should I use the Nitrogen Evaporator in my workflow?
A: The evaporator is ideal for use during sample concentration steps, especially when rapid and gentle evaporation is needed while maintaining sample integrity. It is typically used after extraction or prior to analytical testing.
Q: Where is this Nitrogen Evaporator manufactured and supplied?
A: This product is manufactured, exported, and supplied from India, ensuring quality craftsmanship and reliable after-sales support for both domestic and international customers.
Q: What process control features does the evaporator offer?
A: Equipped with a user-friendly LCD display and microprocessed controls, users can precisely adjust temperature and timing parameters. This minimizes manual intervention and optimizes repeatability of results.
Q: How does the composite material benefit the equipment's performance?
A: The use of composite materials enhances the evaporator's durability, chemical resistance, and thermal stability, contributing to its long operational life and consistent performance.