The KD Scientific KDS100 Laboratory Syringe Pump is a precision instrument designed for accurate and controlled dispensing of fluids in laboratory settings. It is commonly used in research, biotechnology, pharmaceutical, and analytical laboratories for various applications such as chemical reactions, drug delivery, sample analysis, and microfluidics.
Overall, the KD Scientific KDS100 Laboratory Syringe Pump is a reliable and versatile instrument for precise fluid dispensing in laboratory environments. Its accurate control, wide syringe compatibility, and programmable features make it a valuable tool for various scientific and research applications.
Top 3 Competitors
- Harvard Apparatus Syringe Pumps
- Cole-Parmer Syringe Pumps
- New Era Pump Systems Syringe Pumps
5 Best Things:
- Versatile Syringe Compatibility: The KDS100 is compatible with a wide range of syringe sizes, allowing for flexibility in experimental setups. It can accommodate syringes with volumes ranging from microliters to milliliters, enabling precise dispensing of fluids across various applications.
- Precise and Accurate Dispensing: The KDS100 syringe pump utilizes a stepper motor mechanism that ensures precise and accurate fluid dispensing. It delivers a smooth and consistent flow, minimizing pulsation and allowing for precise control over the dispensing volume and flow rate.
- Programmable Features: The pump offers programmable features that allow users to customize the dispensing process according to their specific requirements. Parameters such as flow rates, dispensing volumes, infusion/withdrawal modes, and start/stop times can be easily programmed, enabling precise control over fluid delivery.
- User-Friendly Interface: The KDS100 features a user-friendly interface with a keypad and LCD display. The interface allows for easy programming and monitoring of the pump’s operation. Users can navigate through the menu options and view real-time information such as dispensed volume and flow rate.
- Safety Features: The KDS100 incorporates safety features to protect both the pump and the experiment. It includes syringe stall detection, which alerts users in case of blockages or occlusions, preventing potential damage. The pump also has a built-in pressure limit setting to ensure safe operation and prevent excessive pressure build-up.