MF-3 Microforge NARISHIGE
The NARISHIGE Microforge MF-3 is a piece of equipment dedicated to the microfabrication and customisation of micropipette tips while allowing direct observation under a microscope.
It offers a bright, high-resolution field of view, an improvement on previous generations, and facilitates cutting, bending, polishing and spike creation operations.
Compact and robust, it allows precise positioning of the pipette in the field of view, reducing the risk of breakage.
Critical heating settings are displayed on a digital screen and activated by foot pedal.
Adjustable LED lighting ensures optimum comfort during prolonged use.
Main features of the Microforge MF-3 NARISHIGE
- Microfabrication of pipettes: cutting, bending, polishing and spike creation
- Observation under a high-luminosity, high-resolution microscope
- Extended field of view (+78% compared with previous models)
- Built-in micrometer with 5° increments for angle control
- Digital display of heating value
- Heater controlled by foot pedal
- Dual heating configuration: horizontal and vertical
- Burnt” warning function in the event of a heating wire fault
- Dimmable LED lighting
- Easy replacement of platinum heating wire (PT-B, 150 µm)
Technical specifications of the Microforge MF-3 NARISHIGE
| Caractéristique | Valeur |
|---|---|
| Total magnifications | 50× / 100× (standard); 500× with 50× MF3-LO50 lens (optional) |
| Objectives provided | 5× and 10× |
| Eyepieces supplied | 10× (including one with micrometer and diopter adjustment) |
| Heater manipulator travel range | X 14 mm, Y 14 mm, Z 14 mm |
| Pipette manipulator displacement range | X 12 mm, Z 28 mm |
| Microscope focus | Y stroke 30 mm (coaxial coarse/fine) |
| Compatible capillaries | Ø 1 mm (standard); 1.2 mm and 1.5 mm with HIC-1.2 / HIC-1.5 adapters |
| Supply voltage | AC 100 – 240 V, 50/60 Hz |
| Power consumption | 13 W |
| Dimensions | 210 × 313 × 343 mm |
| Weight | 4.6 kg |
Applications
- Preparation of pipettes for electrophysiology
- Manufacture of injection pipettes
- Patch-clamp techniques
- Cell microinjection
- Neuroscience and cell biology laboratories
Documentation
Technical data
PDF file – 471.7 ko





