The P-30 manual vertical microelectrode puller from Sutter Corporation in the United States is commonly used for the fabrication of various glass microelectrodes. As a commonly used glass microelectrode in experiments, it is widely used in electrophysiological and cell injection experiments. Sutter Corporation's P-30 manual vertical microelectrode puller has been identified as one of the standard equipment for electrophysiological and cell injection laboratories
The P-30 manual vertical microelectrode puller from Sutter Corporation in the United States is commonly used for the fabrication of various glass microelectrodes. As a commonly used glass microelectrode in experiments, it is widely used in electrophysiological and cell injection experiments. Sutter Corporation's P-30 manual vertical microelectrode puller has been identified as one of the standard equipment for electrophysiological and cell injection laboratories.
Features:
In biological experiments, it is usually necessary to insert electrodes very accurately into cells, and the electrodes are connected
It is often drawn from glass tubes, and microelectrode drawing instruments are commonly used tools to pull glass tubes into electrodes. The basic principle is to draw glass tubes into electrodes
Place it in the heating wire and control the temperature of the heating wire to burn the glass tube. While heating the glass tube
Apply a certain amount of tension to both ends of the tube, and pull the glass tube into various required electrodes for experimental purposes. The P-30 hand of Sutter Company in the United States
The dynamic vertical microelectrode drawing instrument is commonly used for the drawing and fabrication of various glass microelectrodes. As a commonly used glass microelectrode in experiments, it is widely used in the production of electrochemical materials
The P-30 manual vertical microelectrode puller from Sutter Corporation in the United States has been determined to be widely used in experiments involving cell injection
One of the standard equipment for physiological and cell injection laboratories. The P-30 needle puller is a basic microelectrode needle puller designed for patch clamp,
The thinnest tip of the glass microelectrode that can be drawn is 0.3um, with a length of 10-15mm. The P-30 needle puller can simultaneously draw two glass microelectrodes.
When using a thin-walled capillary tube, the P-30 needle puller can draw suction or needle tubes. The P-30 needle puller is more suitable for students' experiments and their desired outcomes
To users of economical and practical needle pulling devices.
Performance indicators:
1. It can stably and reliably draw electrodes with a tip diameter of less than 0.3 microns
2. Design a differentiator that can accurately repeat the set drawing length during the process of generating tiny electrodes
3. Three digital control wheels can accurately set heating and tension values
4. Constant current power supply to heating wire and tension solenoid
5. The dual hand switch heating setting allows for two-step membrane clamp clamping of electrodes or pulling out two different electrodes
6. All components are made of anti-corrosion materials
7. Two types of heating components can be used: a. Platinum/Iridium (recommended); b. Nickel chromium alloy coil
8. Built in RFI filtering, dual voltage/dual frequency options available
9. Rubber pad clamp minimizes damage to glass tube