Glass micro pipette puller
● Glass capillaries for microinjection - Glass needles with a core for microinjection with a tip diameter of 0.5μm or less can be easily produced. - Glass needles with a short tip and a strong body can be manufactured. - DNA, RNA, proteins, and drugs can be injected directly into plant, animal, and yeast cells at low pressure. ● Glass chips for single-cell transfer - Glass chips with a tip diameter of 10μm or more can be easily produced.
Inquire About This Product
basic information
The MCF-100 micropipette puller is a device that can produce core-injection glass needles with a tip diameter of 0.5μm or less and glass suction tubes with a diameter of 10μm or more, using the natural fall of weights (OGURO type). By changing the heater (0 to 30.0A), drop position (0 to 180mm), and weights (50g, 150g, 200g, 250g), various glass capillaries and glass suction tubes can be produced.
Price range
Delivery Time
Applications/Examples of results
Microinjection glass needles with a tip diameter of 0.5 μm or less can be easily fabricated.
Company information
Neppajine takes pride in contributing to the peace and progress of humanity through biotechnology as a specialized company in life science research equipment, including electroporation (gene introduction using electric pulses) and sonoporation (gene introduction using ultrasound). We believe it is our mission to provide excellent products and information not only within Japan but also to universities, research institutes, hospitals, and private companies around the world. In practice, we have numerous products in use, including gene introduction devices, cell fusion devices, and ultrasound gene introduction devices. We continuously absorb cutting-edge knowledge and technology in biotechnology, engage in close sales activities with our users, provide the latest products, technologies, and information, and respond with a rapid maintenance system. Towards the development of humanity and a bright, happy future, Neppajine will continue to move forward strongly alongside biotechnology.
