Super compact, fingertip-sized! Ultra-small ring pump adopted for NASA's space experiments.
The "RP-Q1 Ultra Compact Pump" is a ring pump that is extremely compact, measuring about the size of a fingertip and weighing only 11g. It has been adopted for NASA's space experiments. It can handle small discharge volumes and allows for the selection of tubes based on the type of liquid. It is self-priming, capable of sucking in both liquids and gases without the need for priming, and since it does not require a check valve, there is no concern about leaks or backflow even when the pump stops. 【Features】 ■ Small and lightweight → Weighs only 11g ■ Self-priming → Sucks in both liquids and gases without the need for priming ■ No check valve required → No concern about leaks or backflow when the pump stops *For more details, please download the materials or contact us.
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basic information
【Specifications】 ○Discharge rate: 0.45ml/min. ±15% (tap water at 20°C, DC3V) ○Discharge pressure: approximately 0.05MPa (50KPa) (tap water at 20°C, DC3V) ○Motor: DC geared motor (DC 3V) ○Tube: Silicone, Norprene (inner diameter 1.5mm) ○Weight & Size: L30, W12, H14 (mm) 11 grams ○Lifespan: approximately 1000 hours (in forward rotation) *Not a guaranteed value *For more details, please contact us or download the catalog.
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Applications/Examples of results
【Applications】 ○ Fuel cells ○ Medical and bio fields ○ Clean business ○ Other advanced technology fields in general ● For more details, please contact us or download the catalog.
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The ring pump has solved many challenges associated with tube pumps. It is the world's first revolutionary long-life product. The ring pump technology has enabled miniaturization, and the world's smallest micro pump is attracting attention in the field of regenerative medicine, including cell culture experiments, both domestically and internationally. [Applications] From general products such as printing machines, water purifiers, and car wash machines, to advanced technology fields related to regenerative medicine starting with cell culture, it covers a wide range. It has already been adopted more than five times in space experiments, including those by NASA.
