Muromachi KDS310 Stereotaxic Microprocessor-Controlled Injector for Precise Microinjection

The Muromachi KDS310 stereotaxic microinjection system features a microprocessor-controlled stepper motor with 1/2 microstepping and a lead screw drive mechanism, enabling highly precise plunger advancement of approximately 1.58 microns per half-step. It supports syringe volumes ranging from 1 to 250 μL, suitable for a broad range of microinjection applications including neuroscience research, live-cell imaging, molecular diagnostics, and synthetic biology workflows. Its injection flow rate spans a fine-tuned range of 0.001 to 363.7 μL/min, ensuring critical control of reagent delivery in bioprocessing and gene editing experiments.

Technical specifics include a minimum step rate of one half-step every 4 seconds, and a maximum rate of 916 half-steps per second, providing both slow and rapid injection control. The compact controller unit measures 23 × 15.25 × 8 cm, while the injector head is sized at 17.8 × 4.4 × 5.1 cm and weighs approximately 2 kg, making it adaptable for benchtop stereotaxic setups.

This injector system is extensively used in biomedical engineering and biopharmaceutical production pipelines where precision liquid handling is paramount. Designed for stereotaxic applications, it is ideal for researchers requiring exact dosage control in microinjections, including molecular cloning workflows and advanced cell targeting studies.

Please note, this listing is for a used unit sold as-is, and while it was originally designed with these specifications, performance may vary. Verify device condition and operation before critical biotechnological experiments.