Narishige Pc10 Manual New Review
Decrease the Magnet dial value and slightly lower the Heater 2 temperature. This allows the glass to separate cleanly without stretching into a fine hair. 6. Maintenance and Cleaning Protocol
: Pulling temperatures must be adjusted based on ambient lab temperature and the "age" of the heating filament. 4. Operational Best Practices
For detailed, visual troubleshooting, always refer back to the official Narishige support materials.
The original manuals? They’ve become ghosts. narishige pc10 manual new
The original PC-10 uses mains voltage inside the case. A modernized manual should include warnings about capacitor discharge and heater element replacement frequency.
The Narishige PC-10 isn’t just a puller; it’s a time capsule of mechanical genius. Before digital touchscreens and software updates, the PC-10 used gravity, a magnetic solenoid, and a carefully calibrated heater to pull glass capillaries into fine-tipped micropipettes. No firmware crashes. No DRM. Just physics and skill.
After a brief cooling pause, the second heating cycle activates automatically to execute the final pull, snapping the glass into two distinct pipettes. 5. Parameter Optimization Guide Decrease the Magnet dial value and slightly lower
: Replace filaments every 1–2 years or when heating becomes inconsistent.
The PC-10 utilizes a gravity-driven vertical pull mechanism combined with an electric heating element to produce consistent, high-quality glass micropipettes. Key Technical Specifications Dual-stage vertical gravity pull. Heater Type: Platinum heating coil.
: The term "new" might also refer to additional features or accessories that have been introduced since the device's initial release. The manual will detail how to integrate and utilize these features effectively. The original manuals
The Narishige PC-10 is an indispensable tool, and familiarity with the official manual is the first step toward producing high-quality electrodes. By optimizing heater levels and mastering the two-stage process, you can achieve the specific pipette geometry needed for your experiments.
| Feature | Narishige PC-10 (Legacy) | Narishige PC-100 (Successor) | | :--- | :--- | :--- | | | Discontinued; replaced by PC-100 | Current model; in production | | Core Compatibility | - | Fully compatible with PC-10 methods and parts | | User Interface | Basic digital LED readout for heater level | Enhanced digital display showing real-time settings, status, and elapsed time | | Heater Adjustability | Heater value set before operation | Heater value can be adjusted even after the glass tube is inserted into the coil | | Ergonomics | Standard | Simplified sequence from inputting settings to starting operation | | Protection | Acrylic cover | Improved acrylic cover seal for better safety and isolation | | Precision Features | Dual-stage pulling | Reduced malfunctions from debris entering the slider unit |
: The primary heater ( NO. 1 HEATER ) softens the glass, and the slider falls until it hits the terminal position adjustment plate.