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Fusion 6000X High Pressure Syringe Pump

The Fusion 6000X high-pressure portable syringe pump is designed for dosing viscous solutions and semi-solid material against pressure with microfluidic pump precision.

The Fusion 6000X temperature control syringe pump has the following unique features:

  • Portable syringe pump for high-pressure applications with 700 lbs. linear pushing force
  • Priming buttons for easy syringe plunger adjustment
  • Modular 4 syringe expansion pack to increase syringe capacity
  • Add on a syringe heater to warm the contents of one syringe
  • Add on a pressure sensor for pressure monitoring and control

The all-glass touch screen and heavy-duty mechanical structure, allow the Fusion 6000-X constant pressure syringe pump to be easy to clean and has high durability for industrial lab environments.

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$5,199.00

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Frequently Asked Questions

Max pressure depends on:

1)Size of syringe used – the smaller the area of the plunger the higher the pressure that can be generated
2)Viscosity of materials
3)Length of tubing – tubing length contributes to friction that will reduced overall maximum pressure

Theoretical maximum pressures are listed below based on syringe size.

6ml syringe – 4000 PSI
10ml syringe – 3000 PSI
20ml syringe – 1100 PSI
50ml syringe – 510 PSI
100ml syringe – 390 PSI
200ml syringe – 250 PSI
300ml syringe – 150 PSI

6mL(min) to 300mL(max) stainless steel and plastic syringes.

Any syringe that will fit into the racks, metal, plastic and glass.  However, glass syringes are not recommended due to the excessive force generated on the Fusion high pressure 6000X syringe pump which can easily crack the plunger or barrel. Also see Syringe Size & Material Compatibility Chart

  • 0.0001 µL/min (with 0.5µL syringe)
  • 408 mL/min (with300mL syringe)

USB, RS232 and TTL Ports – The system communicates to PC’s via ASCII text commands. For help programming the system please see the Chemyx programming SDK link.

  • LABVIEW
  • LABWINDOWS
  • PYTHON
  • MATLAB

A 4 syringe pressure expansion rack is available to expand the capacity of the system.

No. For this high-pressure syringe pump, there is only 1 pusher block for the single pump that can be operated at a set flow rate. Adding a 4-Syringe Expanding Infuse/Withdraw Rack For Fusion 6000X (syringe not included) will allow you to increase the capacity of syringes to 4 on the single channel. Please note that the pushing force will be divided by 4. This does not increase the number of independent pumps.

A 2-Year Warranty* comes standard with all Chemyx programmable syringe pumps.

All Chemyx Pumps come with a built-in auto switching power supply that will support both 100v and 220v of electricity.
Chemyx Syringe Pumps Compatible Power and Computer Control

Mode Infuse/Withdraw
Accuracy ± < 0.35%
Reproducibility ± < 0.05%
Syringe Size (Min/Max) 0.5µL to 300mL Stainless Steel Syringe
Syringe Type Plastic, Glass and Stainless Steel Syringe Type Chart
Syringe Heating Sleeve Temperature up to 80°C
Syringe Flow Rates See Syringe Library for Min & Max Flow Rates
Minimum Flow Rate .0001 µL/min (with 0.5µL syringe)
Maximum Flow Rate 408 mL/min (with 300mL syringe)
Linear Force up to 700lbs (318kg)
Maximum Pressure See Max Pressure for Chemyx Syringes
Maximum Viscosity 250,000 cP
Display 4.3 inch LCD Touch Screen
Connectivity USB-B, RS232 and TTL Ports
System Dimensions 11 x 10 x 7.0 inches (28 x 26 x 18 cm)
Power 110/220 VAC
Weight 19lbs (8.61kg)
Motor Drive 1.8˚ MicroStepper Motor
Step Resolution 0.0938 µm/step
Operating Temperature 4°C to 40°C (40°F to 104°F)
Storage Temperature -10°C to 70°C (14°F to 158°F)
Humidity 20% to 80% RH, non-condensing
Installation Category II
Regulatory Compliance CE, RoHs, REACH, ETL
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High Pressure, High Viscosity Infusion, High Precision

The Fusion 6000-X high-pressure syringe pumps are designed to deliver highly viscous fluids with very high precision, providing up to 700lb 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 syringe pump pressure dosing, fracking R&D, and hydrogenation with this Chemyx syringe pump.

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Heating & Pressure Control

The Fusion 6000-X high-pressure syringe pumps allow both heating syringe sleeves and a vacuum transducer pressure sensor to be attached to the system. The versatile Chemyx heated syringe system produces consistent results to reduce temperature and viscosity variations. The pressure monitoring technology and software are able to maintain a user-defined pressure throughout the infusion process.

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Heavy Duty Construction

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

  • Machined metal design
  • Chemical resistant polypropylene coated screen
  • 2-year warranty
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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 on this high-pressure syringe pump through USB, TTL, and RS232 communication connections.

  • Programmable variable rate profiles via keypad
  • Computer control via USB, RS232, TTL
  • LabVIEW and MATLAB drivers available
Specifications Sheet
Download
Product Manual
Download
95/100 Bioz Rating
98 Citations
0 Images
ACS applied materials & interfaces - May 21, 2025
Wet/Dry Bottlebrush Pressure Sensitive Adhesives via a Dangling Defect-Driven Design.
Brandon R Clarke, Xin Hu, ..., Gregory N Tew
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Abstract: A series of bottlebrush pressure sensitive adhesives (PSAs) containing progressivelMore...
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Journal of hazardous materials - May 5, 2025
Sorption-desorption processes contributing to the natural attenuation of cis-1,2-dichloroethene in porous media.
Katelyn A Anderson, Uriel Garza-Rubalcava, ..., Kurt D Pennell
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Abstract: Monitored natural attenuation (MNA) is widely used to manage groundwater plumes witMore...
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Chemical Engineering Journal - Mar 1, 2025
Self-driving laboratory for emulsion polymerization
Peter M. Pittaway, Stephen T. Knox, ..., Nicholas J. Warren
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Abstract: Modern approaches to chemical product discovery are exploiting the benefits of flowMore...
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RSC Advances - Feb 20, 2025
Unusual phenomena of ethylene homopolymerization catalyzed by α-diimine nickel emerging in a microflow platform
Zeen Zhang, Tianjiao Li, ..., Yangcheng Lu
Article Snippet
A syringe pump (Chemyx Fusion6000 with 50 mL syringe; linear force, 500 lbs; flMore...
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Contraception - Feb 10, 2025
Preclinical Development of a Novel Injectable Hydrogel for Vas-Occlusion.
Nicholas M Matsumoto, Tyler G Chiartas, ..., Kevin S Eisenfrats
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Abstract: The objective of this work is to outline the preclinical development of ADAM®, an iMore...
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Separation and Purification Technology - Feb 1, 2025
Catalytic micro-structured ceramic beads and efficacy evaluation through SMX degradation in PMS-activated systems
Jiaojiao Zheng, Hongqi Sun, ..., Zhentao Wu
Article Snippet
.. the extrusion was controlled by a Chemyx Fusion 6000-X syringe pump, More...
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Membranes - Jan 9, 2025
Development of Hollow Fiber Membranes Suitable for Outside-In Filtration of Human Blood Plasma
David Ramada, Bente Adema, ..., Mazeyar Parvinzadeh Gashti
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.. The three syringes were connected to high-pressure pumps (Fusion 6000, ChMore...
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Results in Engineering - Jan 1, 2025
Performance Assessment of Solvent-Assisted Low-Salinity Waterflooding in Cyclic Injection Mode for Alaska Heavy Oil Recovery
Temitope Fred Ogunkunle, Hyun Woong Jang, ..., Abhijit Dandekar
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Ugnu live oil was gradually injected into the cell through a Chemyx FUSION 60More...
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Chemical Engineering Science - Dec 1, 2024
Microfluidic mass transfer of supercritical CO2 in brine
Junyi Yang, Peichun Amy Tsai
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The brine was then injected with a syringe pump (Chemyx Inc. Fusion 6000More...
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