Medical Equipment Pump Solution

Product catalog summary

Overview of In Vitro Diagnostics (IVD):
In Vitro Diagnostics (IVD) involves testing samples from the human body outside the body to gather clinical diagnostic information. Key sectors include immunodiagnostics, clinical chemistry, molecular diagnostics, microbiology diagnostics, blood diagnostics, and point-of-care testing (POCT).

Micro DC Pump Equipment Overview:
Micro pumps play a crucial role in IVD analysis by powering fluidic systems for sample delivery, waste removal, and cleaning. They are utilized in clinical chemistry, blood analysis, immunology, and microbiology.

TOPSFLO Pump Solutions:
TOPSFLO micro pumps are integral to automated biochemistry analyzers, performing tasks such as needle cleaning, cuvette washing, and temperature circulation. They manage sample dosage, reagent dispensing, pipeline cleaning, and waste disposal.

Diaphragm Liquid and Gas Pumps:
Diaphragm pumps are essential in IVD instruments for cleaning and waste elimination, offering precise flow rates, compact structure, zero cross-contamination, and high airtightness, ensuring precision and reliability in diagnostics.

Corrosion Resistance and Longevity:
Miniature pumps must withstand solvent corrosion and have a long operational lifespan. TOPSFLO pumps can be customized with various materials to handle different solvents.

Specifications:

TF Series: Max Flow 3L/min, Water Head ≥10m, Ambient Temp -20～60℃, Media Temp -5～60℃, Lifetime 15000 Hours.
TM Series: Max Flow 17L/min, Max Pressure 220Kpa, Max Vacuum 95Kpa, Ambient Temp -20～60℃, Media Temp -5～60℃, Lifetime 15000 Hours.

Centrifugal and Gear Pumps:
Centrifugal pumps are used to regulate temperature in IVD systems, ensuring accuracy and reproducibility. They must be reliable, stable, and prevent cross-contamination. Gear pumps are used for high-pressure cleaning and must provide stable pressure output, reliability, and corrosion resistance.

TL and MG Series Specifications:

TL Series: Max Flow 24L/min, Water Head 35M, Ambient Temp -40～40℃, Media Temp -40～105℃, IP Rate IP68.
MG Series: Max Flow 6.5L/min, Max Output Pressure 10bar, Max System Pressure 20 Bar, Ambient Temp -30～50℃, Media Temp -10～100℃.

Additional Specifications:

Max Output Pressure: 10 bar (145.04 psi)
Max System Pressure: 20 bar (290.08 psi)
Ambient Temperature Range: -30 to 50℃
Media Temperature Range: -10 to 100℃

Company Information:

Company Name: TOPS INDUSTRY & TECHNOLOGY CO., LTD.
Website: www.topsflo.com
Email: [email protected]
Specialization: High-end micro DC pumps

Catalog excerpts

MEDICAL EQUIPMENT PUMP TOPSFLO Excellence in Micro Pump,DC Pump

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Industry Overview IVD, which stands for In Vitro Diagnos cs, refers to products that conduct tes ng on samples taken from the human body (such as blood, body ﬂuids, and ssues) outside of the body in order to obtain clinical diagnos c informa on. The IVD industry is subdivided into various sectors including immunodiagnos cs, clinical chemistry, molecular diagnos cs, microbiology diagnos cs, blood diagnos cs, and point-of-care tes ng(POCT). High Precise Micro DC Pump

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EQUIPMENT OVERVIEW TOPSFLO PUMP SOLUTION Micro pumps are a crucial driving component for in vitro diagnos c analysis. They serve as the power elements of ﬂuidic systems and are extensively used in various ﬁelds such as clinical chemistry, blood analysis, immunology, microbiology, etc. Micro pumps perform essen al func ons including sample delivery, waste removal, pipeline and component cleaning. Dispense Reagents Sample Dosage Waste liquid disposal Pipeline Cleaning Taking the Fully automated biochemistry analyzer as an example, TOPSFLO micro pump can be used in systems such as needle cleaning,...

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Diaphragm Liquid Pump Diaphragm pumps are the most widely used pumps in IVD instruments, especially in waste systems, where they clean and eliminate waste from reac on cups and pipelines. In this process, diaphragm liquid pumps can directly pump out waste liquids. Alterna vely, miniature vacuum pumps can be used to create a vacuum in sealed containers, indirectly drawing out waste from the instrument. This method is eﬃcient and the waste doesn't pass through the pump chamber, thus extending the pump's lifespan. Depending on the speciﬁc applica on, there are larger double-headed and single-headed...

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Corrosion Resistance When ﬂushing pipelines and needles, corrosive solvents are o en used, and it's necessary to promptly remove waste containing crystals or blood clots from the system. Therefore, miniature pumps need to possess a certain level of corrosion resistance. The pump head, diaphragm, and valve components of TOPSFLO diaphragm pumps can all be customized with a variety of materials to accommodate diﬀerent solvents. Extremely Long Product Lifespan Within the lifecycle of IVD instruments, there is a requirement for miniature pumps to not require replacement, to have a long opera onal...

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Centrifugal Pump TOPSFLO centrifugal pumps are commonly used in IVD to regulate the temperature of in vitro diagnos c reagent kits, enzyme-linked immunosorbent assay (ELISA) instruments, ﬂuorescence analyzers, and more. This ensures the accuracy and reproducibility of experiments. The following are the requirements for pumps in the IVD circula on constant temperature system: Reliability and Stability The IVD equipment demands highly reliable results, requiring centrifugal pumps to exhibit high stability to ensure con nuous opera on without any failures. Furthermore, within the IVD instrument's...

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Gear Pump Gear pumps are commonly used for cleaning the inner walls of needles with high pipe resistance. The cleaning eﬀec veness of the needle is closely related to the internal roughness and design of the inner needle wall, but more importantly, it's correlated with the high pressure provided by the gear pump. High-pressure ﬂushing of the inner walls ensures an adequate cleaning ﬂow even under high resistance condi ons. Stable pressure output Gear pumps should be capable of providing a stable pressure output to ensure the ﬂushing force of liquids within the system. Reliability and Stability...

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