The microelectrode puller can be used for pulling glass capillaries and is suitable for various experiments such as cell injection, electrophysiology, and patch clamp. There are multiple models to choose from, please call to inquire:.

The PC-100 microelectrode puller is an improved glass capillary puller with automatic dual-mode function. It can process slender glass injection needles for microinjection and micro glass electrodes for patch clamp technology. According to research requirements, glass capillary tips larger than 10 μ m can also be drawn. The pre drawn glass capillaries with different pore sizes can be used in fields such as bioelectrophysiology, microinjection technology, microfluidic chip technology, printed circuits, and cell capture.

By using the method of vertical gravity to thin the heated glass capillary, glass capillary tubes with an outer diameter between 1.0mm-2.0mm can be pulled into needles with a lower limit of 0.1 μ m at the front end.

Main features:

Vertical drawing instrument, automatic dual mode;

Two counterweights (light and heavy) can be selected for tension adjustment;

In the two-step method, temperature parameters can be pre-set and automatically executed, which saves more time than traditional methods;

Accurate temperature control facilitates the production of a large quantity of microneedles of the same quality;

The screen of the drawing instrument can display various values in real time, where 100 represents the output values of the electromagnet and heater;

Easy to use and user-friendly, control the tension by increasing or decreasing the number of weights;

Product Usage:
Biomedical electrophysiology research applications:
The electrodes required for manufacturing the patch clamp system;
Manufacturing various cell signal recording electrodes for electrophysiological research;
Manufacturing vacuum adsorption electrodes required for cell fixation

Application of microinjection technology:
The production of glass injection needles in microinjection systems;
The production of infusion needles required for micro infusion;
Preparation of micro manipulation needles for selecting target microalgae, cells, nanoparticles, etc;
Preparation of liquid flow pipelines and liquid flow control systems in microfluidic chip technology;
Preparation of operating needles in cell cutting and capture systems;
Preparation of nozzles in printed circuit technology;

Two working modes are provided:

One step method: elongate the capillary tube in one go;

Two step method: set different temperature parameters twice to elongate the capillary tube;

model: PC-100

Main parameters:

Main consumables:

model: PE-22

The PE-22 microelectrode puller can draw multi tube electrodes, thick glass tubes, or other special micro glass needles.

The PE-22 drawing machine is an upgraded version of PE-2, with some new features that are safer and more stable;

Like traditional methods, use gravity to vertically draw glass capillaries;

The glass capillary tube is fixed with a drilling chuck and can fix glass tubes with a size of 2-3mm;

PE-22 can be used to draw long and sturdy central nervous system experimental glass electrodes, or multi tube electrodes (3, 4, 7 tubes 1mm glass capillaries)

Can be used in conjunction with microinjection pumps, micro manipulators, glass electrodes, electrode grinders, etc. as needed

Microinjection pump

Microscopic manipulator:

glasscapillary

There are multiple models to choose from, some lengths and specifications:

B100-75-10 type: length 10cm, outer diameter 1.0mm, inner diameter 0.75mm

B100-50-10 type: length 10cm, outer diameter 1.0mm, inner diameter 0.75mm

B100-58-10 type: length 10cm, outer diameter 1.0mm, inner diameter 0.75mm

B150-86-10 type: length 10cm, outer diameter 1.0mm, inner diameter 0.75mm

Glass electrode grinder (needle grinder)

Shanghai Yuyan Scientific Instrument Co., Ltd. represents Narishige, a Japanese company, for all products. Narishige Corporation in Japan is a world-renowned instrument manufacturer, whose main products include: stereotaxic brain locators, micro manipulation devices, microinjection devices, needle pulling devices, needle forging devices, etc. Narishige Corporation was founded in 1953 and is renowned worldwide for its world leading precision instrument manufacturing processes, earning it the title of "World Manufacturing Factory" in the field of scientific research instruments. Its product has excellent craftsmanship, stable and reliable performance, and is highly favored by domestic and foreign users.

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yuyanbio

： yuyanbio