Fusion 6000 High Pressure Syringe Pump

Fusion 6000 High Pressure Syringe Pump

The Fusion 6000 high-pressure syringe pump is designed for dosing viscous solutions, and semi-solid material injections against pressure.  This system allows also for both heated syringe temperature control and pressure modulation while providing precision flow and performance that are critical to experimental success. The Fusion 6000 high-pressure syringe pump accommodates difficult pressure chemistry and petrochemical research application, with the ability to control pressure and temperature against pressure addition or high viscosity slurries with microfluidic precision. Backed by a 2-year warranty, you can have the confidence of reliability and precision for years of service with this high-pressure chemical pump.

  • High-pressure applications
  • Temperature and pressure control options
  • Holds syringes from 0.5µL to 225mL
  • Rates from 0.0001 µL/min to 423 mL/min
  • Control via touchscreen, USB, RS232, TTL
  • Free LabVIEW and MATLAB Drivers
  • 2-Year Warranty

Technical Specifications

Accuracy± < 0.35%
Reproducibility± < 0.05%
Syringe Size (Min/Max)0.5µL to 225mL
Syringe Flow RatesSee Syringe Library for Min & Max Flow Rates
Minimum Flow Rate0.0001 µL/min (with 0.5µL syringe)
Maximum Flow Rate423 mL/min (with 225mL syringe)
Linear Force500lb (227kg)
Maximum PressureSee Max Pressure for Chemyx Syringes
Maximum Viscosity250,000 cP
Display4.3 inch LCD Touch Screen
ConnectivityUSB-B, RS232 and TTL Ports
System Dimensions11 x 10 x 6.9 inches (28 x 26 x 14 cm)
Power110/220 VAC
Weight15lbs (6.8kg)
Motor Drive0.9˚ Stepper Motor with Micro-stepping
Step Resolution0.0938 µm/step
Operating Temperature4°C to 40°C (40°F to 104°F)
Storage Temperature-10°C to 70°C (14°F to 158°F)
Humidity20% to 80% RH, non-condensing
Installation CategoryII
Regulatory ComplianceCE, RoHS, REACH, FCC, IC

System Features

High Pressure Syringe Pump in Laboratory
High Pressure, High Viscosity Infusion

The Fusion 6000 high-pressure syringe pumps are designed to deliver highly viscous fluids with extreme precision, providing over 500lb of linear force at reproducible flow rates via a state-of-the-art micro stepper motor. Easily and effortlessly deliver accurate and precise amounts of fluids for a multitude of applications like pressure dosing, CO2 extraction, fracking R&D, and hydrogenation reactions.

Fusion 6000 Syringe Pump in Laboratory
Heating & Pressure Control

The Fusion high-pressure syringe pumps allow both syringe heaters and a pressure sensor to be attached to the system. The heated syringe provides a heated fluid and drug delivery solution that reduces experimental variability. The versatile Chemyx heated syringe system produces consistent results by reducing temperature and viscosity variations. The pressure monitoring technology and software are able to maintain a user-defined pressure throughout the withdrawal or infusion process.

Fusion 6000 High-Pressure Syringe Pump - Top View
Heavy Duty Construction

High-tensile-strength, hardened-steel guide mechanisms with machined metal holders are incorporated into the Fusion 6000 high-pressure syringe pump to allow for high load operation while still ensuring finely tuned microflow dosing. Chemyx high-pressure dosing pumps last for years with an equipment value that is hard to match.

  • Machined metal design
  • Chemical resistant polypropylene coated screen
  • 2-year warranty
Programming Fusion 6000 High-Pressure Syringe Pump
Programmable & Intuitive Controls

Intuitive, user-friendly software lets users program and customize flow profiles and offers a robust database of brand-name syringes. Remote computer control capabilities are available through USB, TTL, and RS232 communication connections.

  • Programmable variable rate profiles via keypad
  • Computer control via USB, RS232, TTL
  • LabVIEW and MATLAB drivers available

Journal Citations

Contact Sales

Contact our Support team about Chemyx products and services. We have experienced Support engineers to help you choose the right product for your application.

Contact Chemyx