MP-500 Micropipette Puller
Brand: RWD

MP-500 Micropipette Puller

MP-500 Micropipette Puller - RWD

Specifications

User InterfaceCapacitive color touch screen(1024*600px)
System LanguageChinese & English
Heat FilamentPlatinum-iridium alloy
Glass TypeBorosilicate and Aluminosilicate
Max. Glass Size (OD)2 mm
Tip SizeLess than 0.06 μm
Max. Taper Length2 cm
Electrical100-240VAC,50/60Hz
Dimensions530×355×278mm
Weight19kg
Boasting a touch-sensitive color screen and preset programs, the MP-500 micropipette puller makes the fabrication of micropipettes reproducible and easier.
Easy and quick softening point test, safe heat mode, and system diagnostic features ensure an ideal pulling condition for a stable pulling of micropipettes. And the other advanced features of the MP-500 micropipette include a unique slot to fix and replace heating filament easily, an integrated humidity-controlled chamber for easy plug-in or removal.

Applications:

  • Patch-clamp experiment;
  • Microinjection or microelectrode: Adherent cell, C.Elegans, Drosophila, Zebrafish;
  • Pronuclear injection and intracellular recording;
  • In vivo microinjection: ES cell, Nuclear transfer, ICSI, Virus, Xenopus;

Features:

  • Preheat mode to maintain a constant temperature for a consistent and stable pipette pulling.
  • Two microelectrodes with symmetrical tips for each pull.
  • Pulls electrodes with tip diameters down to 0.06μm, cone length between 3~15 mm.
  • Impedance range from 1 to above 100Ω.
  • Preset pull protocols are available: only need input the parameters of the capillary glass tube, heating filament, and kinds of glass microelectrodes to be pulled, then a suitable pull program will be provided and can be modified as needed.
  • Store up to 99 pulling programs.
  • Safe heat mode to avoid the damage of the filament from high temperature.
  • Unique slot for easy fixing and replacing various models of filaments.
  • Integrated plug-in humidity control chamber to keep the air around the filament and the capillary glass to be dry, ensuring an ideal pulling condition.