Microforges, Pullers, Bevelers Application Guide
Crafting high-quality glass micropipettes is essential for precision work in microinjection, patch clamping, electrophysiology, and a wide range of microsurgical and research applications. WPI offers a complete suite of microforges, pullers, and bevelers designed to help researchers create consistent, reproducible pipette shapes tailored to their experimental needs. Whether you’re pressure-polishing patch-clamp pipettes, preparing multi-barrel assemblies, or measuring electrode impedance, the tools below provide reliable control, advanced programmability, and robust optical performance to support even the most demanding labs.
Here are some of our popular pullers, bevelers, and microforges.
| Order code | Description |
|---|---|
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Description: Complete Microforge System; includes Programmable Digital Controller and Microscope |
| Application: Fabrication of special shapes of glass micropipettes. For example, pressure polishing of patch clamp pipettes and making of holding pipettes. Unique for pipette tip calibration and microinjection pipettes. | |
| Features: Most sophisticated and only microforge on the market with built-in pressure polishing capability. Programmable controller with 10 user-selectable memory storage (of heat and time) for reproducibility. | |
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Description: Complete Microforge System, with analog controller |
| Application:Use to fire polish glass micropipettes and prepare special shapes | |
| Features: Comes with W30S Microscope, a 40x objective and three filament sizes. Uses exclusive Kohler illuminator instead of industry standard frosted glass illuminator for less glare and sharper image. | |
OMEGA-Z |
Description: Omega-Tip-Z with Probe and Holder |
| Application: Measures impedance of metal and glass capillary microelectrodes. | |
| Features: Comes with probe, probe handle and cables. | |
PMP-102 |
Description: Pneumatic, 18-Step Programmable Multipipette Puller |
| Application: Produces two symmetrical glass pipettes | |
| Features: Equipped with microcomputer, pneumatic pulling arm, optical-digital ruler. Pulling process is programmable and under control of a preset sequence. | |
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Description: Programmable Multipipette Puller |
| Application: Produces two symmetrical 4- or 7-barrel glass pipettes | |
| Features: Equipped with microcomputer, pneumatic pulling arm, pneumatic rotator, optical-digital ruler. Pulling process is programmable and under control of a preset sequence. | |
PUL-1000 |
Description: Programmable Micropipette/Microelectrode Puller |
| Application: Produces two symmetrical glass pipettes with each pull. Ideal for zebrafish and microinjection. | |
| Features: Equipped with microcomputer. Store up to 95 programs, Four stage. |
