The Teledyne ISCO SyriXus Syringe Pump 65x is an ultra-high-pressure syringe pump engineered for precision fluid delivery in the most demanding applications. With a 68 mL cylinder capacity, it delivers flow rates from as low as 0.000001 mL/min up to 25 mL/min, operating at pressures up to 20,000 psi (1390 bar). Built for extreme industrial and research conditions, the SyriXus 65x ensures reliable, repeatable performance where accuracy under pressure is critical.
Product Features
- 68 mL syringe cylinder capacity
- Ultra-wide flow range: 0.000001 – 25 mL/min
- Maximum operating pressure: 20,000 psi (1390 bar)
- Designed for advanced research, chemical, and industrial applications
- Engineered for precise, repeatable fluid delivery under extreme pressures
- Durable construction ensures long service life in harsh environments
Applications
- High-pressure experiments requiring precision control
- Proteomics workflows using nanobore capillary packed columns
- Rock core analyses for hydrocarbon recovery studies in deep-well reservoirs
- Chemical/reactant feed in chemical process development, catalyst evaluation, and plastic formation
Options and Accessories
- Temperature control jacket for cylinder cooling during filling with liquefied gas
- Drivers for LabVIEW™ graphical programming software from National Instruments
- 4–20 mA inputs for flow rate and pressure control
Benefits
- Provides unparalleled precision with ultra-low to mid-range flow rates
- Handles ultra-high-pressure applications up to 20,000 psi
- Compact 68 mL capacity optimized for high-pressure workflows
- Trusted ISCO design ensures stability, accuracy, and reliability
- Ideal for petrochemical, pharmaceutical, and high-pressure research industries
Why Choose the Teledyne ISCO SyriXus 65x?
The SyriXus 65x represents the cutting edge of ultra-high-pressure pumping technology. With its precise control, 68 mL capacity, and ability to withstand pressures up to 20,000 psi, it is the ultimate solution for operations requiring accuracy and dependability in extreme conditions.
