The RWD R-480 Nanoliter Injection Pump is a high-precision system for nanoliter-scale microinjection using fine glass capillaries. Its precise plunger control and unique seal ring design provide excellent air-tightness, ensuring accurate and consistent injections.
With stable performance, broad application flexibility, and smart features such as power-failure memory and programmable injection cycles, the R-480 is an ideal choice for demanding laboratory experiments in neuroscience, cytology, and embryology.
The R-480 delivers accurate and reproducible injections of extremely small volumes into targets such as brain tissue, oocytes, embryos, larvae, and protozoa. Its compact injection unit and intuitive touchscreen interface make it easy to operate while maintaining exceptional precision. The system integrates seamlessly with stereotaxic instruments and micromanipulators, ensuring flexibility across a broad range of experimental setups.
The 5-inch capacitive touchscreen allows quick parameter adjustments for volume, speed, retention time, and cycles. A built-in memory function safeguards experiments by enabling continuation after unexpected power interruptions—minimizing the risk of failed tests. With excellent sealing performance, adjustable display brightness, and ergonomic design, the R-480 provides a reliable and user-friendly solution for advanced microinjection research.
- Injection & Control Unit
- Connection Cable
- 8.89 cm glass electrode (100pcs)
- 17.78 cm glass electrode (100pcs)
- Universal adapter for all nanojects
- Power adapter
- Filling needle
- Sealing material
The R-480 seamleassly integrated in a stereotaxic setup
"The R-480 is excellent and the experience of using it is much better than other equipment which I previously used in our lab. For example, the design of the gasket is not necessary to remove, what's more, the glass micropipette can be inserted directly, and the airtightness is awesome. In addition, a light press on the reset button will bring the needle directly back to the home position."
"The whole function is so good. Especially, the original data will be saved in during experiment even the accidental power off. This design is very humane."
