Stable delivery of gene introduction in 0.01 mL units. A precise pump ensures safe handling of slurries.
In the field of biotechnology, particularly in gene introduction, it is essential to introduce target substances accurately and uniformly while minimizing damage to the cells. When transferring slurry reagents or cell suspensions, issues such as sedimentation of solid particles, clogging of pipes, and fluctuations in flow rate can affect the reproducibility of experiments and the results. In response to these challenges, our Q Pump series achieves a pulsation-free continuous flow with precise flow rate settings in 0.01 mL increments and maintains consistent delivery accuracy over long periods, supporting a stable gene introduction process. 【Usage Scenarios】 - Introduction of reagents into cells - Transfer of slurry reagents - Precise injection of small volumes of liquid - Establishment of a highly reproducible experimental environment 【Benefits of Implementation】 - Reduced damage to cells - Uniform introduction of reagents - Improved reproducibility of experimental results - Reduction of issues during slurry transfer
Inquire About This Product
basic information
【Features】 - Precise flow rate settings in 0.01mL increments - Stable delivery with continuous, non-pulsating flow - Capable of transferring slurry without wear or flow reduction - High delivery accuracy that remains unchanged over long periods - Contamination-free design that prevents leakage and alteration of liquids 【Our Strengths】 Takumina Co., Ltd. is a leading company in precision pumps with over 67 years of history. Since our founding, we have provided "fluid solutions" to solve the challenging problems faced by our customers. We have a proven track record of being chosen in various manufacturing processes that require stringent accuracy, including electronic materials and pharmaceuticals. From research and development to manufacturing processes, we propose the optimal transfer systems for our customers. We also welcome inquiries about rental units and actual liquid testing, so please feel free to contact us if you have any difficulties with pump selection or fluid transfer.
Price information
Please feel free to contact us for a rough estimate.
Delivery Time
Applications/Examples of results
【Purpose】 ■ Precise micro-volume liquid delivery in lab processes *For more details, please refer to the PDF document or feel free to contact us.
catalog（6）
Download All Catalogs
Company information
Takumina Co., Ltd. is a leading company in precision pumps, welcoming all challenges as a "fluid solutions" provider. With a history of over 67 years since its founding, it is a long-established manufacturer that was the first in Japan to start producing powered metering pumps. Before the widespread adoption of water supply systems, it began manufacturing and selling suction-type chlorine disinfection machines, and the difficult challenges faced by customers have shaped Takumina's "pump technology" over the years. Currently, our pumps continue to be chosen in various manufacturing processes that require severe precision, including electronic materials and pharmaceuticals. Our smooth flow pumps, which provide high-precision liquid delivery with a continuous, pulsation-free flow despite being diaphragm-type, are strong against slurries, contamination-free, and do not alter liquid quality. We offer fluid solutions used in various manufacturing, transfer, supply, and injection processes, starting with the water treatment field. Takumina is committed to understanding the characteristics of liquids and the various conditions of processes to propose optimal transfer systems. We provide suggestions from research and development to manufacturing processes. We also accept inquiries about rental machines and actual liquid tests. If you have any difficulties in choosing pumps or fluid transfer, please feel free to contact us.
![[Patent] Achieving an air nozzle that completely removes water with air blow.](https://image.mono.ipros.com/public/product/image/2116982/IPROS16998950562973190030.png?w=280&h=280)