The operation has been changed to a color LCD touch panel system that allows for visual and sensory operations, significantly improving usability.
In the field of microinjection, the long-awaited next-generation successor to the industry-standard micro pipette manufacturing device P-97/IVF, which has no rivals, has been born: the P-1000IVF. While retaining the highly reliable and complete basic elements of the P-97/IVF, the interface configuration, which felt a generation behind, has been upgraded. It has been changed to a color LCD touch panel system that allows for visual and tactile operation, significantly improving usability. Moreover, the evolution to the P-1000IVF goes beyond just the interface change to the touch panel system; it is thoroughly pursuing improvements in ease of use. Many additional features, such as the ability to recall past usage program histories, duplicate and edit existing programs, adopt pipette manufacturing programs suited to applications (Pipette Cookbook), and avoid excessive voltage to the filament during programming errors, will strongly support your more creative pipette manufacturing.
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basic information
【Features】 ○ Equipped with the existing Pipette Cookbook program ○ Equipped with an original program ○ Proven track record ● For other functions and details, please contact us.
Price information
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Delivery Time
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Applications/Examples of results
【Purpose】 ○ Production of micropipettes ● For other functions and details, please contact us.
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Company information
Not only in Japan but also around the world, Prime Tech's PMM (Piezo Micro Manipulator) has significantly contributed to the recent major advancements in reproductive engineering and developmental engineering related to ICSI (intracytoplasmic sperm injection), nuclear transfer (cloning), and more. To address all questions and requests regarding micro-manipulation from our customers, Prime Tech offers a wide range of products, from glass micro-tools to electric three-dimensional micro-manipulator systems. In addition to providing these devices, we are also involved in research and development related to developmental and reproductive engineering, such as the creation of Japan's first somatic cell cloned pig, 'Xena.' We aim to contribute to society broadly while developing together with our customers, with a future focus on contributions to medicine and healthcare. Furthermore, as professionals in micro-manipulation, we are committed to enhancing our information provision, equipment sales, support, training, and research and development utilizing 'pigs' as resources, in order to provide our customers with a better manipulation environment.