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SCILOGEX SCIVac-E Vacuum Aspirator 2L Capacity

Cat. No.
762000019999
https://www.scilogex.com/web/image/product.template/2042/image_1920?unique=57e0378
2L capacity for:

- Cell culture
- RNA/DNA extraction
- Microplate waste removal
- Biological, chemical liquid and waste recovery

563.00 563.0 USD 563.00 750.00 In stock

588.00 750.00

Currently Out-of-Stock

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For more information please call +1 (860) 436-9221 or email us at info@scilogex.com

Vacuum Aspirator for Responsible Waste Recovery

Don’t bring a pump to the aspirator party. Choose the right tool and allocate budget prudently.

Stop using a large, expensive vacuum pump for:


  • Cell culture.
  • RNA/DNA extraction.
  • Microplate waste removal.
  • Separation of liquids and solids .
  • Biological, chemical liquid and waste recovery.


Tuck your aspirator vacuum under the desk or in the corner of a cabinet nearby and save your lab space and budget, and allocate your vacuum aspirator pumps to jobs requiring higher performance.


Low cost vacuum aspirator for cell culture, DNA extraction, microplate waste removal, seoaration of liquids and solids, liquid waste recovery, and more.

How does a vacuum aspirator work?

Bernoulli's principle!


Your high school science teacher might have told you about it. But the name is long gone, and you just know it works.


Your aspirator vacuum uses fluid flow to create a vacuum. When your solvent of choice is forced through a narrow tube in the aspirator, it speeds up, causing a drop in pressure. 


This creates a vacuum in an adjacent chamber or port. When this vacuum port is connected to a container or system, it draws out the air or gasses, creating a vacuum inside the container. 


Why do we use this in the lab?


Because it’s easy and efficient. And that’s everything we want in the lab. 


We designed this vacuum aspirator system with that principle of ease and efficiency in mind. 


Why use a vacuum aspirator? Because the cost is much lower than the cost of using your vacuum pumps.

Learning how to use your vacuum aspirator is easy. Takes about 20 seconds.

If your lab still uses old vacuum aspirators, it means you're pumping by hand. A small upgrade makes a world of difference.

Rage against RSI’s!

Your older vacuum aspirator pump uses a hand pump or a syringe.


Just like pipetting, it contributes to repetitive strain injuries and takes technicians out of the lab. 


But you don’t need to spend budget on a large vacuum pump to replace it.


The SCILOGEX SCIVac-E vacuum aspirator seamlessly switches to continuous aspiration mode, wiping out another source of RSI in your lab.


Small changes can have a big impact in your lab. If you can reduce the number of days you or your staff are out every year with RSI’s, shouldn’t you do it?
 

Reduce RSI’s in your lab with a new cell culture vacuum aspirator


Best practices for your vacuum aspirator waste disposal


Don’t get casual about your liquid waste disposal. Here are the best practices most labs adhere to.

Use containers to separate your vacuum aspirator waste.
Separate your waste with containers

Organize your waste according to the different categories of liquid waste: biological, chemical, radioactive or human / animal material containing wastes. Use a separate waste container for each category.

Stay safe with the right PPE when using your vacuum aspirator and disposing of waste.
Use the right tools to protect yourself and your colleagues

Vacuum aspirators are widely used for aspirating and collecting liquid waste before disposal.

Avoid the formation of drops and aerosols by using aspiration tools that suit the situation, such as tubes, well plates, dishes, bottles, T-flasks, and more.

Don't exceed 75% of the total volume of your waste carrier when transporting vacuum aspirator waste.
Use shatterproof collection and storage bottles

Avoid overflows, spills, and breaks!

Don’t fill waste collection bottles more than 75% of their total volume. Carry waste on a cart or in shatterproof containers. 

Meticulously labeling your vacuum aspirator waste decreases the chances of improper disposal.
Label everything correctly!

Don’t leave anything up to chance. Your colleagues might not know what’s in a vessel. Or they might think your vessel is their own.

Vacuum aspirator waste should be disposed of often, because bad things can happen over time when you expose them to light or oxygen.
Dispose of your waste regularly

Don’t let waste build up. Complete the job and dispose of waste regularly, even if you just collect small amounts.


SCIVac-E Benchtop Vacuum Aspirator Features:

  • Small and compact to fit in the cabinet, on the benchtop, or beneath the bench.
  • Easy to switch between manual aspiration and continuous aspiration mode, reducing RSI (Repetitive Strain Injury) and improving efficiency.
  • Collection bottle outlet with hydrophobic filter prevents aerosol and liquid contamination.
  • Brushless motor for low noise and long life.
  • Single and multichannel nozzles and nozzles included for use with 200uL pipette tips
  • Components in contact with liquids can be autoclaved.
  • Adjustable vacuum level with indicator light for multiple applications in a single lab.
  • cTUVus approved UL/CSA.
  • 2 YEAR WARRANTY

Get your budget-saving aspiration pump today


SCIVac-E Cell Culture Vacuum Aspirator Specifications:

Vacuum range 0-500mbar
Aspirating speed 15L/min(air)
Flow rate [liquid] 17mL/s
Bottle 2L standard,
1L optional with adaptor
Motor type Brushless Motor
Input voltage 100-220VAC, 50/60Hz
Dimension [W×D×H] 180×240×340 mm
Weight 2.8kg



Additional Resources and Information

Downloadable PDF


SCILOGEX SCI-Vac-E Vacuum Aspirator


SCILOGEX SCI-Vac-E Vacuum Aspirator Manual

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