Syringe Pumps
World Precision Instrument Aladdin Single-Syringe Pump-AL-1000HP
A high-pressure syringe pump like WPI's Aladdin Single-Syringe Pump is often used in research where precise, controlled delivery of fluids at elevated pressures is required. High-pressure syringe pumps can be used in chemical synthesis processes requiring precise control over the addition of reagents. This is especially important in reactions that occur under high pressures, such as certain types of catalytic reactions or polymerization processes. High-pressure syringe pumps can be utilized in biological and biochemical research for controlled delivery of solutions, such as high-pressure cell lysis, protein folding studies, or studies involving high-pressure biophysical techniques. Researchers studying catalysis, especially those focusing on heterogeneous catalysis, may use high-pressure syringe pumps to deliver reactants at controlled rates and pressures.
World Precision Instrument SPL Syringe Pump - Push-pull
The large touch screen color display lets you see all of the pump’s operating parameters to ensure proper operation during the experiments. Syringe size and flow rate are easily displayed, as well as the volume delivered and elapsed time. Set up is easy using the icon-driven software. An LED on the front panel makes it easy to see if the pump is running. Advanced micro stepping techniques are employed to further reduce the step angle to eliminate flow pulsation. Accuracy is ±0.5%. A wide dynamic flow range from picoliters per minute to millimeters per minute can be programmed into the pump. These versatile pumps can be connected through an RS485 interface. Add the new Adagio software to maximize the use of the pump’s functions and features. Adagio allows you to configure the pump through the software, as well as operate one or multiple pumps. LabVIEW drivers are available on the National Instruments website.
World Precision Instrument SPLG Syringe Pump with Touchscreen - Infuse/Withdraw
The large touch screen color display lets you see all of the pump’s operating parameters to ensure proper operation during the experiments. Syringe size and flow rate are easily displayed, as well as the volume delivered and elapsed time. Set up is easy using the icon-driven software. An LED on the front panel makes it easy to see if the pump is running. Advanced micro stepping techniques are employed to further reduce the step angle to eliminate flow pulsation. Accuracy is ±0.5%. A wide dynamic flow range from picoliters per minute to millimeters per minute can be programmed into the pump. These versatile pumps can be connected through an RS485 interface. Add the new Adagio software to maximize the use of the pump’s functions and features. Adagio allows you to configure the pump through the software, as well as operate one or multiple pumps. LabVIEW drivers are available on the National Instruments website.
World Precision Instrument Aladdin Single-Syringe Pump-AL-1000
The AL-1000 and AL-2000 both offer the withdraw and inject functionality, as well as manually triggered injections. Both options have the capability to be programmed in multi-step pumping sequences without the requirement for a computer. Additionally, the AL-1000 and AL-2000 has both RS-232 and TTL inputs for external control and status feedback to a computer, if desired. The pumps can be daisy chained for multi-pump applications involving push/pull protocols, or multiple independent channels.
AL-1000 is only available with single syringe capacity.
NOTE: The AL-2000 is two AL-1000’s for separate bench set-up. This is especially useful when inject/withdraw parameters are different for a multi-stage set-up.
World Precision Instrument SPL Syringe Pump - Infuse/Withdrawl
The large touch screen color display lets you see all of the pump’s operating parameters to ensure proper operation during the experiments. Syringe size and flow rate are easily displayed, as well as the volume delivered and elapsed time. Set up is easy using the icon-driven software. An LED on the front panel makes it easy to see if the pump is running. Advanced micro stepping techniques are employed to further reduce the step angle to eliminate flow pulsation. Accuracy is ±0.5%. A wide dynamic flow range from picoliters per minute to millimeters per minute can be programmed into the pump. These versatile pumps can be connected through an RS485 interface. Add the new Adagio software to maximize the use of the pump’s functions and features. Adagio allows you to configure the pump through the software, as well as operate one or multiple pumps. LabVIEW drivers are available on the National Instruments website.
World Precision Instrument Microinjection Syringe Pump Only-UMP3
With WPI's MICRO2T SMARTouch™ controller the UMP3 offers an intuitive, user-friendly interface . The UMP3 may be mounted to either a stereotaxic frame or a micro manipulator via its built-in mounting bar. An optional foot switch is available.
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World Precision Instrument NANOLITER2020 Injector Head
Simple-to-Use Touchscreen Controller
NANOLITER2020 is the updated version of WPI’s popular NANOLITER2010 Injector that is capable of performing precision injections in the nanoliter range using a variety of glass micropipette sizes. The new model connects directly to the WPI MICRO2T SMARTouch™ controller, which can also be used with WPI’s UMP3 pump, allowing the pumps to be controlled individually or synchronously. The new injector head has a LED indicator which shows proper communication between the pump and controller. NANOLITER2020 offers improved precision by in-depth plunger displacement validation. The system is easier to use and has a chic silver injector head.
World Precision Instrument Manual Microsyringe Pump-MMP
The manual microsyringe pump is a convenient tool for precise manual injection of fluid using glass pipettes or similar injection devices. The design allows visual feedback of flow at the pipette tip. They can also be used as a manual micro syringe pump for perfusion or withdrawal of liquids. The resolution of the injection volume can be continuously varied from 10 nanoliters to the microliter range, depending on the syringe used.
World Precision Instrument SPL Syringe Pump - Infuse Only
The large touch screen color display lets you see all of the pump’s operating parameters to ensure proper operation during the experiments. Syringe size and flow rate are easily displayed, as well as the volume delivered and elapsed time. Set up is easy using the icon-driven software. An LED on the front panel makes it easy to see if the pump is running. Advanced micro stepping techniques are employed to further reduce the step angle to eliminate flow pulsation. Accuracy is ±0.5%. A wide dynamic flow range from picoliters per minute to millimeters per minute can be programmed into the pump. These versatile pumps can be connected through an RS485 interface. Add the new Adagio software to maximize the use of the pump’s functions and features. Adagio allows you to configure the pump through the software, as well as operate one or multiple pumps. LabVIEW drivers are available on the National Instruments website.
World Precision Instrument SPLG Syringe Pump with Touchscreen -Dual Infuse Only
The large touch screen color display lets you see all of the pump’s operating parameters to ensure proper operation during the experiments. Syringe size and flow rate are easily displayed, as well as the volume delivered and elapsed time. Set up is easy using the icon-driven software. An LED on the front panel makes it easy to see if the pump is running. Advanced micro stepping techniques are employed to further reduce the step angle to eliminate flow pulsation. Accuracy is ±0.5%. A wide dynamic flow range from picoliters per minute to millimeters per minute can be programmed into the pump. These versatile pumps can be connected through an RS485 interface. Add the new Adagio software to maximize the use of the pump’s functions and features. Adagio allows you to configure the pump through the software, as well as operate one or multiple pumps. LabVIEW drivers are available on the National Instruments website.
World Precision Instrument Microinjection Syringe Pump with SMARTouch Controller-UMP3T-2
The touch-screen display on WPI's MICRO2T SMARTouch™ controller offers an intuitive, user-friendly interface. Our MICRO2T allows for simultaneous control of the UMP3 syringe pumps, and/or our NANOLITER2020 positive displacement pumps. Key features of the MICRO2T controller include a splash-proof touch screen, built-in memory configured for saving settings between use, and a dual mode motor drive. The UMP3 may be mounted to either a stereotaxic frame or a micro manipulator via its built-in mounting bar. An optional foot switch is available.
To learn more about our warranty options, click here.
World Precision Instrument Multi Programmable Syringe Pump
The best value on syringe pumps in the market!
The Aladdin pump series arguably offers the best VALUE for any syringe pump on the market.
These pumps are available in single, dual, 4 , 6, and 8 syringe capacities. Although it is one of the most cost-effective pumps available, the Aladdin pump series boasts a versatility that is unmatched in its price range with features typically found only on pumps costing more than twice as much.
World Precision Instrument Small Syringe Multi Rack for SPLG pumps
A multi-rack system on a syringe pump gives you options. A syringe pump is a device used to precisely control the infusion or withdrawal of fluids. The multi-rack system allows the syringe pump to hold and control multiple syringes simultaneously. This is particularly useful when there is a need for infusing multiple fluids or drugs into a system at different rates or volumes. Each syringe in the rack can be independently controlled, enabling more complex experimental setups. This can save time and streamline experimental processes. You can ensure precise and synchronized delivery when you are doing continuous, simultaneous infusion of multiple solutions. The ability to use different syringe sizes and types in the same pump setup provides flexibility in experimental design. Researchers can choose syringes of varying capacities based on the specific requirements of each infusion.
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