Practical guides, comparisons, and technical resources for researchers and engineers working with syringe pumps and peristaltic pumps. From pump selection to application-specific setup instructions — written by the Inovenso IPS team.
A complete guide to how syringe pumps work — stepper motor, lead screw, linear guidance, flow rate calculation, infusion vs withdrawal, and IPS Series design differences… Continue reading
Most syringe pump specs list flow range and display resolution. Almost none mention linearity — the mechanical property that determines whether the pump actually delivers what the display shows. Here’s why it matters, and why IPS uses precision ball-bearing linear rails instead of standard guide rods… Continue reading
Step-by-step guide to configuring an IPS Series syringe pump for electrospinning — syringe selection, flow rate parameters, co-axial setups, and troubleshooting tips… Continue reading
IPS-13 and IPS-14 are both dual-channel syringe pumps — but one motor vs two makes all the difference. Learn which model fits your protocol… Continue reading
A complete comparison of syringe pumps and peristaltic pumps — how each works, flow rate ranges, pulsation, sample contact, and how to choose the right pump for your lab… Continue reading
Veterinary patients range from a 20-gram mouse to a 500-kilogram horse. At the small end, the margin between a therapeutic dose and a lethal dose can be less than 0.05 mL — a precision no clinician can achieve by hand. This guide covers how syringe pumps are used in veterinary medicine, flow rate requirements by species, and which IPS configurations suit clinical and research settings… Continue reading