Inovenso Syringe Pump Ips-12

IPS-12
The IPS-12 is a versatile and programmable single-channel pump designed to meet a wide range of fluid handling needs. With its robust capabilities and precision performance, it stands as a reliable solution for various applications in research, pharmaceuticals, and industrial processes.

Key Features:
Wide Flow Rate Range: The IPS-12 offers a broad flow rate range, from 17.89 picolitres per minute to 121.51 millilitres per minute. Whether handling small volumes with a Hamilton 0.5 �¼l syringe or larger volumes with a 140 ml Monojet Syringe, this pump delivers consistent and accurate flow rates across a diverse range of syringe sizes and materials (glass, plastic, steel).
Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and powered by microcontroller software, the IPS-12 provides a user-friendly interface. This interface facilitates easy programming and monitoring of pumping parameters, enhancing efficiency and convenience in operation.
Precise Pumping: Featuring a stepper motor and microcontroller with Microstep Drive, the IPS-12 ensures high precision in fluid delivery. With a step resolution of 357 nm/�¼step and adjustable flow rates even during the process, users can achieve precise control over fluid handling tasks, meeting the most demanding requirements with confidence.
Versatile Connectivity: The IPS-12 offers flexible connectivity options, including optional Wi-Fi capability. This allows for remote monitoring and control, expanding the pumps usability and accessibility in diverse settings.
Technical Specifications:
Motor Type: Stepper Motor
Linear Force Connectors: Yes
Recipe Save-Recall: Yes
Power Supply: 12 VDC 1A (110-240 VAC adapter included)
Dimensions: Width (W): 200 mm, Length (L): 170 mm, Height (H): 137 mm
Weight: 2.1 kg

Environmental Specifications:
Operating Temperature: Between -10°C and 50°C
Storage Temperature: Between -30°C and 85°C
Operating Humidity: RH 10% RH 90% (not condensed)
Storage Humidity: RH 10% RH 90% (not condensed)