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Teledyne ISCO SyriXus® single-pump systems combine a precision pump module with a versatile controller to deliver reliable, high-performance fluid metering for a wide range of applications.
Pump Module:The piston-driven pump module features a single-speed gear train for consistent, repeatable operation. Nitronic 50 is used as the standard material for cylinders, pistons, and caps, offering excellent durability and chemical resistance. For even more demanding environments, Hastelloy and other alloy options are available.
Standard seals are graphite-impregnated Teflon, providing long life even under harsh conditions. Optional seal materials are also available to meet specialized application requirements.
The SyriXus controller supports multiple operating modes and advanced features, and the software can be customized to your specific application upon request.
Standard operating modes include:
Constant Flow
Constant Pressure
Flow or Pressure Programming
External Control
Enquiry Mode
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Teledyne ISCO HLF-Series precision syringe pumps are engineered to deliver accurate, predictable flow and pressure control across an exceptionally wide operating range. Designed for use in hazardous and demanding environments, these pumps provide smooth, pulsation-free performance, eliminating the flow irregularities commonly associated with other pump technologies.
HLF-Series pumps are purpose-built to meter a broad variety of challenging fluids with exceptional accuracy, including aqueous and organic liquids, corrosive solutions, heated fluids, liquefied gases, viscous materials, slurries, and pastes. Their robust design ensures reliable operation even under extreme process conditions.
Extensive Chemical Compatibility:The wetted materials used in HLF-Series pumps have been rigorously tested for compatibility with a wide range of industrial and laboratory chemicals, including:
Acetone, acetonitrile, ammonia, benzene, butadiene, butane, diesel fuel, ethane, ethylene, ethylbenzene, gasoline, heptane, hexane, isobutylene, isopropanol, jet fuel, methane, methanol, propane, and propylene.
This broad chemical compatibility makes the HLF-Series an ideal solution for chemical processing, petrochemical, energy, and laboratory applications.
Advanced Multi-Pump Control:The HLF controller can operate up to four pumps simultaneously, enabling efficient control of complex pumping systems. A user-friendly keypad and LCD display provide intuitive local operation, while built-in and optional communication interfaces support seamless integration with computers and external devices.
Flexible and efficient programming allows **instant access to menu screens—even while the pump is running—**so operating parameters can be adjusted in real time without interrupting the process. For added installation flexibility, an optional remote extension cable allows the pump to be positioned up to 50 feet (15 meters) from the controller.
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The Vision® AutoPlus™ is the modern upgrade to the popular Hanson legacy AutoPlus™ autosampler. Designed for precision and efficiency, it comes with a choice of 6 or 8 sampling channels and two configurations: DissoScan™ (single-bath) or Maximizer™ (up to 3 baths). Each instrument features precision syringe pump mechanics, all-inert tubing and valves, and a full-color touchscreen interface supporting up to 100 protocols for programmable, repeatable sampling.
The Vision® AutoFill™ is a complementary sample collector that integrates seamlessly with the Vision AutoPlus™. Its compact, stacked design saves bench space while providing a 360-degree view for visual monitoring. Collection accessories include racks for 13 x 100 mm or 16 x 100 mm test tubes (UV-Vis), 12 x 32 mm vials (HPLC), UPLC® sample trays, and more.
*Autosampling Configurations-Vision G2 dissolution testers are built for flexibility, throughput, and productivity. Lab systems can be customized for single- or multi-bath routines, collecting samples for offline analysis via UV-Vis, HPLC, or UPLC®. Compatible instruments include Vision G2 Classic 6, Vision G2 Elite 8, and the Vision AutoPlus autosampler with AutoFill collector.
Key Features:
*Precision syringe pump autosampling with all-inert syringes, valves, and tubing
*6 or 8 sampling syringes for high-throughput testing
*Volume accuracy and repeatability ±1%
*Seamless integration with Vision G2 Classic 6™ and Elite 8™ testers
*Automatic media replacement with Maximizer™
*Optional in-line filter block kit for easy sample filtration
*Handles surfactants, buffers, and challenging drug formulations
*Full-color touchscreen with intuitive programming
*Create, manage, and store up to 100 protocols
*Upload/download routines via flash drive
*Automatic end-of-test wash feature
*Compact stacked footprint saves bench space
*Alarms for sampling, maintenance, and calibration
*Compatible with non-Hanson dissolution systems
*Security for 50 users, 21 CFR Part 11 compliant
*Compliant with USP, US FDA, ASTM, EP, JP, CE, CSA, and RoHS standards
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The ASP11-1A Digital Lab Syringe Pump is a high-precision instrument designed for accurate microfluid transfer and handling. Featuring a full-color LCD with touchscreen operation, it allows intuitive control and real-time monitoring. The pump supports single and multiple infusion modes, with flow rates adjustable during operation, ensuring flexibility and precision in diverse laboratory applications. Its compact vertical design reduces footprint by 50%, saving valuable bench space. Additionally, the ASP11-1A includes LabVIEW drivers and demo programs, enabling seamless integration and easy system setup on the LabVIEW platform. Reliable, versatile, and space-efficient, it is ideal for modern lab workflows.
Key Features :
*User Interface & Operation-High-resolution LCD touchscreen for intuitive and easy operation.
Audible beeps, indicator lights, and text prompts provide clear status notifications.
*Design & Ergonomics-Compact vertical design reduces bench footprint by 50%.
Built-in syringe brands for quick selection; custom syringe parameters can be saved and recalled.
*Performance & Control-Adjustable linear force up to 320 N to suit different syringe sizes.
Stable, pulseless flow ideal for microfluid transfer.
Wide flow rate range with real-time adjustment during operation.
Flow rate calibration improves accuracy for custom syringes.
*Integration & Automation-LabVIEW drivers and demos for easy platform integration.
External signal control, RS485 communication (Modbus RTU), and footswitch control supported.
Recipe parameters can be saved as presets for quick recall.
*Reliability & Maintenance-Good EMC performance, suitable for high-EMI environments (e.g., electrospinning).
On-site firmware upgrades via USB drive.
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The ASP12-2B Digital Lab Syringe Pump is a high-precision instrument designed for reliable microfluid transfer and handling. Featuring a color LCD with full touchscreen operation, it offers intuitive control and easy monitoring of processes. The pump supports both single and multiple infusion modes, allowing real-time adjustment of flow rates to meet diverse experimental needs. Its compact vertical design reduces the footprint by 50%, making it ideal for laboratories with limited space. Additionally, the pump includes LabVIEW drivers and demo programs, enabling seamless integration into automated systems. Stable, accurate, and user-friendly, the ASP12-2B enhances laboratory efficiency and precision.
Key Features
*User Interface & Display-High-resolution color LCD touchscreen for easy operation.
Text prompts, audible beeps, and indicator lights for intuitive status notifications.
*Compact & Space-Saving Design-Vertical orientation reduces footprint by 50%, making it ideal for limited lab spaces.
*Precision & Performance-Adjustable linear force up to 320 N for compatibility with various syringe sizes.
Wide flow rate range with real-time flow rate adjustment during operation.
Stable, pulseless flow, suitable for delicate microfluid transfer.
*Control & Connectivity-Supports external signal control, RS485 communication, and Modbus RTU protocol.
Footswitch control for hands-free operation.
LabVIEW drivers and demo programs for easy integration into LabVIEW platforms.
*Syringe Management -Built-in syringe database for quick selection.
Custom syringe parameters can be saved and recalled.
Flow rate calibration function for improved accuracy with custom syringes.
Recipe parameters can be saved as presets for quick recall.
*Durability & Compliance-Good EMC performance, suitable for high-EMI environments like electrospinning.
Supports on-site firmware upgrades via USB.
*Applications-
Microfluidics and micro-scale chemical handling.
Electrospinning or other high-EMI sensitive environments.
Laboratory automation and integration with LabVIEW.
Pharmaceutical, biological, or chemical research requiring precise liquid dispensing.
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The dLSP 540 Digital Lab Syringe Pump is a four-channel syringe pump designed for precise and stable small-volume liquid transfer and handling. It delivers high accuracy and consistent flow performance, making it ideal for demanding laboratory and research applications. The pump supports both Ethernet and wireless communication (Wi-Fi/Bluetooth), enabling convenient remote control, monitoring, and system integration.
Key Features:
*Ethernet and wireless (Wi-Fi/Bluetooth) communication, with dedicated PC software and Android app for remote control and monitoring
*Real-time monitoring of working progress and pump status through intelligent diagnostics and voice reminders
*7-inch full-touch screen with an intuitive graphical interface for an enhanced interactive user experience
*Quick configuration of custom parameters, with parameter sets that can be stored and easily recalled
*User access control and operation log records for improved safety and data management
*Electronic signature function, compliant with FDA 21 CFR Part 11 audit trail requirements
Typical Applications:
*Electrospinning
*Microfluidics
*Toxicology studies
*Capillary electrophoresis
*Drug discovery
*Cell injection
*Microcapsule preparation
*Catalysis
*Neuroscience research
*Organic synthesis
*Nutrition science
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The dLSP 510 Pro is a high-performance single-channel digital syringe pump designed for precision fluid delivery and intelligent process monitoring. It features advanced diagnostic capabilities that automatically detect motor step loss, syringe loading errors, and leakage during operation, ensuring reliability and safety throughout experimental workflows.
Key Features:
*Intelligent Fault Diagnosis -Automatically detects motor out-of-step conditions, syringe loading issues, and leakage in real time during operation.
*Remote Communication & Control-Supports Ethernet and wireless communication (Wi-Fi/Bluetooth). Dedicated PC software and an Android app enable remote monitoring and control.
*Real-Time Status Monitoring-Provides real-time working progress and pump status with intelligent diagnostics and voice reminders.
*7-Inch Full Touchscreen Interface-Large, high-resolution touchscreen with an intuitive graphical user interface for an enhanced interactive user experience.
*Flexible Parameter Management-Custom parameters can be configured quickly, stored, and easily recalled for repeated applications.
*Security & Compliance-User access control, operation logs, and electronic signature functionality support safety management and compliance with FDA 21 CFR Part 11 audit trail requirements.
Typical Applications
*Electrospinning
*Microfluidics
*Toxicology studies
*Capillary electrophoresis
*Drug discovery
*Cell injection
*Microcapsule preparation
*Catalysis
*Neuroscience research
*Organic synthesis
*Nutrition science
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The NE-1000 One Channel Programmable Syringe Pump is a versatile and precise solution for laboratory and production fluid handling applications. It is capable of holding a single syringe ranging from micro-liter sizes up to 60 mL (or 140 mL partially filled), with infusion rates spanning 0.73 µL/hr for a 1 mL syringe up to 2100 mL/hr for a 60 mL syringe. Its compact, space-saving chassis measures only 5 3/4“ x 8 3/4“, ensuring it occupies minimal bench space while delivering full functionality. The pump features an easy-to-use keypad interface and supports one-click program uploads from the “Pumping Program Generator” spreadsheet, streamlining workflow and improving efficiency.
The NE-1000 is fully programmable and automation-capable, supporting both infusion and withdrawal. Users can set a single pumping rate or dispensing volume, or program up to 41 pumping phases, which can vary rates, insert pauses, control external signals, and sound alerts. With dispensing accuracy of ±1%, motor stall detection, and the ability to network and monitor up to 100 pumps from a single computer, the NE-1000 provides unmatched reliability and precision.
By connecting two NE-1000 pumps with a cable, one pump can infuse while the other refills, or both can infuse simultaneously, allowing seamless continuous operation. The NE-1000 is compatible with disposable, glass, and stainless steel syringes, though syringes and plumbing supplies are sold separately.
The NE-1000 family includes models for higher pressure (NE-1010), even higher pressure (NE-8000), microfluidic applications (NE-1002X), and OEM solutions (NE-500). Firmware upgrades are available to enable linear pumping and expand pumping program memory. This makes the NE-1000 a flexible, precise, and reliable choice for a wide range of fluid dispensing applications.
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Advanced pumping systems are designed to deliver smooth, continuous, and highly reliable fluid transfer by eliminating the flow rate pauses and drop-offs commonly associated with traditional push–pull pumping methods. This next-generation technology ensures uninterrupted operation by allowing the refilling syringe to fill at a faster rate than the infusing syringe. This approach provides sufficient time for priming or infusion overlap, resulting in a near-seamless transition between syringes. When the infusing pump changes direction or reaches the programmed overlap volume, it automatically triggers the paused pump to begin infusing, maintaining consistent flow.
A key feature of these systems is Chain Pumping Mode, which enables sequential dispensing using multiple pumps. In this mode, up to nine peristaltic and/or syringe programmable pumps can be connected and operated in sequence. As soon as one pump completes its cycle or stops, the next pump automatically starts, ensuring continuous and efficient fluid delivery without manual intervention.
Advanced pumping systems offer flexible configuration to meet diverse application needs. Alternating mode requires two programmable peristaltic or syringe pumps, while Chain Mode supports up to nine pumps. System connectivity is achieved using the CBL-DUAL-3 cable, with an additional CBL-NET-7 cable required for each Chain Mode pump beyond the second. Overall, advanced pumping systems provide precision, scalability, and uninterrupted performance for demanding laboratory and industrial applications.
DUAL-NE-1000X Continuous Pump System
The DUAL-NE-1000X Continuous Pump System is designed to eliminate flow rate pauses and drop-offs commonly experienced with traditional push–pull syringe pump systems. In conventional systems, one syringe infuses while the other refills, and the switch in direction often causes delays due to syringe priming. The DUAL-NE-1000X overcomes this issue by creating a smooth, continuous flow with minimal disruption.
This advanced system works by allowing the refilling syringe to operate at a faster rate than the infusing syringe. This provides sufficient time for priming after refill or enables infusion overlap, resulting in a near-seamless transition between syringes. Users can fine-tune performance by adjusting infusion rate, refill rate, priming rate, prime volume, and overlap volume to achieve optimal smoothness.
The system consists of two programmable NE-1000X single syringe pumps, each capable of holding syringes up to 60 mL, with infusion rates ranging from 0.73 µL/hr to 2100 mL/hr. It supports continuous flow, emulsification, or independent operation, making it a flexible and reliable solution for precision fluid handling applications.
Linear/Gradient Program Function (Syringe Pumps Only)
The Linear/Gradient Program Function for syringe pumps provides precise control over flow rate changes, making it ideal for applications requiring gradual and controlled fluid delivery. This function supports smooth linear increases or decreases in pumping rates, allowing users to define a start rate, an end rate, and the total time for the gradient. By eliminating sudden flow changes, the system ensures stable and repeatable performance in sensitive experiments.
This advanced functionality is compatible with Dual Pump Next Generation Continuous Pumping Mode and Dual Pump Constant Flow Rate Gradient Pumping Mode. A special application includes continuous infusion using a push–pull configuration, where two NE-4000 syringe pumps are connected with a communication cable. In this setup, one pump infuses while the other refills, or both pumps can infuse simultaneously to maintain uninterrupted flow.
Users can pre-program multiple gradient steps and combine them with other NE-1000 series programming features for complex pumping profiles. Dual pump operation requires any combination of two pumps equipped with X firmware upgrades and the CBL-DUAL-3 dual pump communication cable. Syringe pumps, syringes, and plumbing supplies are sold separately.
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