: Uses a stabilized power supply to minimize output voltage variations, improving reproducibility.
The official Narishige FAQ is an invaluable resource for troubleshooting. Here is a concise list of common problems and their solutions:
1.0 mm to 2.0 mm outer diameter (OD) glass capillaries.
The gravity-fed slider drops rapidly during the pulling process. Keep fingers and loose clothing clear of the vertical shaft and micro-stop mechanisms. 2. Technical Specifications and Components narishige pc10 manual new
For users searching for the "narishige pc10 manual new," the most valuable resource isn't a reprint of an old document but an understanding of the PC-10's capabilities and its modern evolution. While the original PC-10 manual is a collector's item, the officially supported path forward is the .
Two-stage pulling is typically used to create fine, sharp tips with reproducible tapers. BioMedical Instruments Preparation Turn on the Power Switch on the Mode-Selector Knob.
: The secondary heater ( NO. 2 HEATER ) fires automatically to draw out the final tip shape. : Uses a stabilized power supply to minimize
The PC-10 operates through a two-stage mechanism, controlled by magnets that dictate the force applied during the heating cycle. Defines the overall taper length.
The Narishige PC-10 is a dual-stage vertical micropipette puller widely recognized for its reliability in producing consistent glass capillaries and microelectrodes. Whether you have recently acquired a new unit, upgraded your laboratory infrastructure, or are looking to train new laboratory personnel, understanding the operational mechanics of the PC-10 is essential for achieving optimal experimental reproducibility.
Replace the heating coil or clean dust off the filament using a brief, high-heat burn without glass installed. The microswitch or stop micrometer is set incorrectly. The gravity-fed slider drops rapidly during the pulling
Use the provided hex wrench to loosen the small terminal screws holding the old coil in place.
Tighten the terminal screws firmly. A loose connection will cause uneven heating and can damage the electronics. 3. Understanding the Control Panel
The is a versatile, vertical-pull micropipette puller designed for the high-precision fabrication of glass microelectrodes and injection needles. This model replaces older semi-automatic units like the PP-830, offering a more automated and robust experience for researchers in biotechnology and electrophysiology. Core Operation Modes
Raise the lower slider assembly until it meets the bottom of the capillary, then tighten the lower clamp. The capillary should now support the weight of the lower slider. Step 3: Setting the Pull Values