P-1000 needle puller

The P-1000 programmable horizontal microelectrode puller is a high-precision microelectrode puller developed by Sutter Corporation in the United States in 2000. It is suitable for pulling various glass microelectrodes such as electrodes used in patch clamp technology experiments, recording electrodes inside and outside cells, and microinjection/microinjection electrodes. It is currently one of the most widely used microelectrode puller instruments in laboratories both domestically and internationally

The P-1000 programmable horizontal microelectrode puller is a high-precision microelectrode puller developed by Sutter Corporation in the United States in 2000. It is suitable for pulling various glass microelectrodes such as electrodes used in patch clamp technology experiments, recording electrodes inside and outside cells, and microinjection/microinjection electrodes. It is currently one of the most widely used microelectrode puller instruments in laboratories both domestically and internationally.

Features:

The P-1000 programmable horizontal microelectrode puller from Sutter Corporation in the United States is commonly used for the fabrication of various glass, quartz, and other microelectrodes,

As commonly used microelectrodes such as glass and quartz in experiments, they are widely used in electrophysiology and cell injection experiments, while Sutter from the United States

The company's P-1000 programmable horizontal microelectrode puller has been identified as the standard configuration instrument for electrophysiological and cell injection laboratories.

Performance indicators:

1. The editing of drawing parameters adopts a color touch screen

2. Just input the type of glass tube, platinum plate, and the type of electrode to be drawn (patch clamp electrode, extracellular)

Recording electrodes, etc. will automatically appear, saving users a lot of exploration time

3. The copy and paste function makes it very easy to copy written programs

The "line repeat" function makes it very easy to copy a written program

5. The "safe heat mode" function can prevent platinum plates from being damaged due to excessive temperature

6. The self diagnostic function can automatically detect whether all components of the needle puller are in normal working condition

7. The "ramp test" function has become very easy

8. Equipped with an "Help" system (including text, images, and diagrams), providing information on the functions, usage, and malfunctions of the needle puller

introduction

9. The electrode diameter that can be stably controlled and drawn is less than 0.1 microns

10. Self controlled airflow system with filtering and humidity control devices

11. Optimized the drawing speed sensitive circuit to ensure maximum possible sensitivity and repeatability

12. The minimum tip diameter that can be drawn is 0.06 micrometers