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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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The CombiFlash® SFC from Teledyne LABS is an advanced purification system designed to make Supercritical Fluid Chromatography (SFC) as simple, accessible, and efficient as conventional flash chromatography. Combining the familiar operation of the CombiFlash platform with proven PeakTrak® software and the high-performance advantages of SFC, the system provides a seamless transition from normal-phase flash purification to faster and more efficient separations.
Using carbon dioxide (CO₂) as the primary mobile phase, CombiFlash SFC enables rapid, high-performance purification while reducing organic solvent consumption by up to 95%. This helps laboratories lower solvent usage, reduce operating costs, and establish a more sustainable purification workflow.
The system supports 40–200 mL/min flow rates and disposable flash columns ranging from 4 to 220 g. Four cosolvent options and gradients from 0–70% modifier composition provide flexibility for purifying a wide range of compounds. Integrated open-bed fraction collection, solid sample loading capabilities, and thermal management maintaining a consistent 40°C operating temperature further simplify day-to-day operation.
With intuitive PeakTrak software and guided method-development tools, CombiFlash SFC enables chemists to utilize familiar silica stationary phases, column-selection strategies, and established flash chromatography workflows while gaining the speed, selectivity, and efficiency of SFC.
CombiFlash SFC is ideally suited for pharmaceutical intermediates, medicinal chemistry compounds, natural products, specialty chemicals, synthetic reaction mixtures, and lipophilic compounds.
Septech Marketing LLP, authorized distributor for Teledyne LABS, offers solutions and support for laboratories seeking faster, greener, and more productive purification technologies.
Flash chromatography is a widely used purification technique in organic and pharmaceutical laboratories for the rapid separation of chemical compounds from complex mixtures. As an advanced form of preparative column chromatography, it utilizes pressurized gas or pumps to force the mobile phase through a column packed with a stationary phase, typically silica gel. This controlled pressure significantly accelerates the separation process compared to traditional gravity-driven column chromatography, reducing purification times from several hours or days to just minutes.
The technique operates on the principle of differential adsorption, where compounds in a mixture interact differently with the stationary phase and travel through the column at varying rates. As a result, individual components can be effectively separated and collected in distinct fractions. Flash chromatography is highly versatile and can accommodate a broad range of sample sizes, from milligram-scale research applications to larger-scale industrial processes.
Modern flash chromatography systems often incorporate automated controls, gradient elution capabilities, and advanced detection methods, enhancing reproducibility, efficiency, and accuracy. It is extensively applied in drug discovery, natural product isolation, chemical synthesis, and quality control laboratories. Owing to its speed, reliability, and adaptability, flash chromatography has become an indispensable tool for chemists, enabling the efficient purification of compounds and supporting innovation across scientific and industrial research fields.
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The ACCQPrep HP150 is a user-friendly preparative HPLC system designed to simplify purification workflows by eliminating unnecessary and complex method parameters commonly found in traditional HPLC systems. Built for efficiency and ease of use, it delivers high performance without requiring extensive training.
Key Features & Benefits
✅ Simplified Operation
Intuitive control via PeakTrak® software
Eliminates overly complex method setup
Designed specifically with chemists in mind
✅ Fully Integrated Software
Embedded system — no stand-alone PC required
Compact footprint with built-in touchscreen interface
Free software updates to adapt to evolving lab needs
✅ Smart Lab Monitoring
Active solvent level monitoring
Waste level detection to prevent overflow
Reduced risk of solvent spills and lab interruptions
✅ Intelligent Fraction Collection
RFID-enabled collection racks
Prevents missed or overfilled test tubes
Improves collection accuracy and efficiency
Designed for Modern Prep Labs:The ACCQPrep HP150 combines automation, safety features, and simplified controls into a compact preparative HPLC platform. It is ideal for laboratories seeking:
*Reliable compound purification
*Reduced operator error
*Streamlined workflows
*Compact, all-in-one HPLC systems
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