Eppendorf TransferMan 4r Micromanipulator with CellTram 4r Oil Microinjection Unit

The Eppendorf TransferMan 4r Micromanipulator combined with the CellTram 4r Oil Unit 2 offers advanced, motorized control for precise micromanipulation in biomedical and biotechnology research, including molecular diagnostics and developmental biology.

• High-precision motorized micromanipulator system featuring stepper motors with computational step size <20 nm for ultra-fine positioning accuracy across X, Y, and Z axes with ≥20 mm travel distance.
• Adjustable speed modes: Coarse, Fine, and X-Fine speeds up to 10,000 µm/s allow versatile control from rapid to ultra-delicate movement essential for applications like microinjection of nucleic acids and proteins.
• Ergonomic joystick controller provides smooth, responsive handling to facilitate reproducible micromanipulation tasks such as cell handling, embryo injection, and live-cell manipulation critical in bioprocessing and synthetic biology workflows.
• Low vibration design ensures stability and precision necessary for sensitive experimental protocols in molecular cloning and gene editing research fields.
• Integrated CellTram 4r Oil unit supports controlled microinjection with oil-driven pipetting technology, enhancing sample manipulation for assisted reproductive technologies and developmental studies.
• Memory position saving and automatic positioning allow for repeatable adjustment sequences, increasing throughput and reliability in biopharmaceutical research settings.

This system is widely adopted in biotechnology, developmental biology, molecular biology, and clinical diagnostics laboratories for critical applications including microinjection, assisted reproduction, and cell manipulation. The device’s robustness, supported by in-house service verification of all operational functions, ensures dependable performance in demanding research environments.

Keywords incorporated naturally: motorized micromanipulator, high-precision microinjection system, cell manipulation device, molecular diagnostics, assisted reproductive technologies, synthetic biology research, biotechnology instrumentation, developmental biology micromanipulation.