NICHIRYO Autoclavable Digital Micro Pippete

Produk ini biasa digunakan dengan Tips Mikropipet

Nichiryo’s micropipette "Nichipet" can be autoclaved entirely without disassembly, with features such as low (plunger) resistance when the push button is pressed to mitigate user fatigue, and high chemical resistance depending on the model. In addition, there is a wide lineup starting from introductory models recommended for student training.
Nichiryo’s Micropipettes are air displacement devices that controls aspiration and dispensing of liquid by controlling air intake and output via an internal piston mechanism. Models cover measurement of liquid from 0.1 μL to 10000 μL.
The micropipette is used by attaching a disposable polypropylene tip to reduce the possibility of contamination.
When the push button on the top of the micropipette is pressed or released, the piston inside the body moves, and the accompanying movement of air is used to aspirate and discharge the liquid. Compared to the positive displacement method, which is the syringe method, the air displacement method has a greater advantage in that disposable tips are low in cost and easy to handle.
Micropipettes are frequently used in inspection and analysis processes at food companies and pharmaceutical companies, such as in cell culture that often handles trace amounts of reagents and buffers, biotechnology-based experiments such as PCR, in clinical tests using blood, and in food inspections using dye solutions.
The micropipette may cause errors in the dispensing volume due to the viscosity and volatility of the liquid, and with liquid remaining on the tip. Also, contamination to the inside mechanism due to liquid being aspirated into the main body, and influence to the internal structure due to dropping or impact, etc. may offset accuracy and reproducibility performance, thus regular maintenance and calibration is recommended. Furthermore, depending on the performance and features of the micropipette, you can choose a model suitable for your experiments and analysis.