A variety of pumps are required in diagnostic applications such as clinical chemistry, hemostasis analysis, immunology and microbiology to move or transfer small volumes of samples or reagents, dispense bodily fluids, clean needles, and remove residues. Whatever pump type is needed for In Vitro Diagnostics, TriContinent Scientific offers all solutions you need.
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Place of TriContinent's Syringe Pumps in the In Vitro Diagnostics Workflow
TriContinent Positive Displacement and Air Displacement Syringe Pumps are critical components for high precision liquid handling in laboratory instrumentation. Most common functions performed by pumps in in vitro diagnostic workflows are sample preparation tasks, reagent dosing, cleaning processes and removal of analysis liquid. TriContinent Scientific's team of experts can provide multiple solutions that meet the requirement of your IVD instrument; whether it is high-precision dosing or avoiding cross-contamination.
Selecting the Right Pump Technology for Your Application
When selecting a syringe pump for your instrument you have the choice between air displacement and positive displacement technology. Both solutions serve the function to move liquids in your workflow with very high precision and accuracy but, depending on the application, one technology can be more beneficial than the other.
Comparing the functions and benefits of Air Displacement vs. Positive Displacement technology:
Functions and Benefits of Air Displacement Technology
- Pneumatic system (air)
- Ideal for compact instruments (Point of care)
- Moving of small sample volumes
- No cross-contamination
- Reduced instrument maintenance as no valves, syringes or tubing required
- Flexible: tip volumes
- High pipetting accuracy and precision
Functions and Benefits of Positive Displacement Technology
- Excellent for handling multiple reagents
- Ideal for low flow/pulsation applications
- Extremely high precision and accuracy
- Used to move larger volumes
- Good for dealing with harsh reagents
- Flexible: different syringes, valves
- Drop in replacement for competitor products
TriContinent OEM Pumps for IVD Applications
Sample Transfer
TriContinent Air Displacement Pumps & Syringe Pumps for Sample Transfer
Air-Z Premier
· 1000 μl Max Volume
· Pressure and Capacitance LLD
· Integrated Tip Ejection and Detection
· Clogged Tip Detection
· Pressure Streaming
· Full Control Electronics
Air-Z Flex
· 250 μl or 1000 μl Max Volume
· Pressure LLD
· Clogged Tip Detection
· Vertical or Horizontal Orientation
· Pressure Streaming
· Optional Full Control Electronics
Air-Z Legacy
· 200 μl to 5000 μl
· Optional Tip Adapter
· Optional Control Electronics with M-Series Board
C-Series
· 30 mm Stroke
· Resolution: Up to 192,000 steps
· Full Control Electronics
· 50 μL to 12.5 mL Syringe Volume
· Up to 6-Port long-life Valve
CX-Series
· 60 mm Stroke
· Resolution: Up to 384,000 steps
· Full Control Electronics
· High resolution linear encoder
· 50 μl to 25 mL Syringe Volume
· Up to 12-Port long-life Valve
MC6000 (Multichannel Pump)
· 30mm Stroke
· Long-life Rotary Valves
· Resolution: Up to 48,000 steps
· Full Control Electronics
· 4, 6 or 8 Channels
· 50 μL to 5 mL Syringe Volume
BasePump
· 30 mm Stroke
· With or Without Valve
· 50 μL to 10 mL Syringe Volume
· No control electronics
Reagent Dosing
TriContinent Syringe Pumps for Reagent Dosing
C-Series
· 30 mm Stroke
· Resolution: Up to 192,000 steps
· Full Control Electronics
· 50 μL to 12.5 mL Syringe Volume
· Up to 6-Port long-life Valve
MC6000 (Multichannel Pump)
· 30mm Stroke
· Long-life Rotary Valves
· Resolution: Up to 48,000 steps
· Full Control Electronics
· 4, 6 or 8 Channels
· 50 μL to 5 mL Syringe Volume
AccuPump2
· 30 mm Stroke
· Full Control electronics
· 50 μL to 10 mL Syringe Volume
· With or without Valve
BasePump
· 30 mm Stroke
· With or Without Valve
· 50 μL to 10 mL Syringe Volume
· No control electronics
LT Pump
· 30 mm Stroke
· Long Life/ Service Free
· 250 μL to 5 mL Syringe Volume
· No Control Electronics
Cleaning Process
TriContinent Syringe Pumps for Cleaning Process
MC6000 (Multichannel Pump)
· 30mm Stroke
· Long-life Rotary Valves
· Resolution: Up to 48,000 steps
· Full Control Electronics
· 4, 6 or 8 Channels
· 50 μL to 5 mL Syringe Volume
BasePump
· 30 mm Stroke
· With or Without Valve
· 50 μL to 10 mL Syringe Volume
· No control electronics
C-Series
· 30 mm Stroke
· Resolution: Up to 192,000 steps
· Full Control Electronics
· 50 μL to 12.5 mL Syringe Volume
· Up to 6-Port long-life Valve
LT Pump
· 30 mm Stroke
· Long Life/ Service Free
· 250 μL to 5 mL Syringe Volume
· No Control Electronics
Examples of IVD Devices that use Syringe Pumps and Air Displacement Pumps
CLINICAL CHEMISTRY ANALYZER*
Serum / plasma is separated from the blood and then analyzed for presence of different substances.
HEMOSTASIS ANALYZER*
Hemostasis is the body’s reaction to bleeding. There are three methods of defining the coagulation process: measuring the clotting time, analyzing the blood components or counting the number of blood cells.
IMMUNOLOGY ANALYZER* (COVID-19, HIV, ETC.)
Immunology is concerned with how the body reacts against foreign bodies. This can range from finding out if somebody has an allergy to diagnosing AIDS.
MICROBIOLOGY ANALYZER* (BACTERIAL INFECTIONS, E.G. E.COLI)
Microbiology is a branch of science which deals with the study of micro-organisms including bacteria, viruses, fungi, protozoa and parasites.
[Webinar Series on Demand] Selecting and Sourcing Pumps for IVD Devices
*These are representative images. They belong to certain trademarks, we are not connected to them. All products and trademarks belong to respective owners.