Top Chromatography,Longer Lab Syringe Pump,Longer Peristaltic Pump Products in Mumbai at best prices

NE-300 Just Infusion™ Syringe Pump

he NE-300 Just Infusion™ Syringe Pump from New Era Pump Systems, Inc. is a reliable, easy-to-use solution for precise fluid infusion in laboratory or production settings. Designed to hold a single syringe from micro-liter sizes up to 60 mL (or 140 mL partially filled), this pump delivers consistent and reproducible flow rates, making it ideal for applications that require simple, continuous infusion without complex programming. The NE-300 offers infusion rates from 0.73 µL/hr (1 mL syringe) up to 1500 mL/hr (60 mL syringe). Its continuous pumping function allows it to operate until manually stopped, and the infusion rate can be adjusted at any time during operation. A syringe purge mode ensures the syringe is fully primed, while the power failure mode allows the pump to resume operation with previous settings after a power interruption. The pump features a user-friendly keypad interface where users set the syringe diameter, select pumping rates, and press Start. Infusion units can be displayed in mL/hr, µL/hr, mL/min, or µL/min, with the total volume dispensed shown in either mL or µL for convenience. With a compact, space-saving chassis measuring only 5 3/4“ x 8 3/4“, the NE-300 fits easily on any laboratory or production bench without occupying unnecessary space. It operates from an included 12VDC power supply and is CE certified, with international power supplies available through New Era’s global distribution network. The NE-300 is strictly an infusion pump—it does not withdraw fluid, set volume targets, or offer computer interface or programmability. It provides exactly the features you need, with precision, reliability, and simplicity, making it an excellent choice for laboratories or production lines that require straightforward, consistent fluid delivery.

New Era

NE-1000 One Channel Programmable Syringe Pump

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. For Enquiry Send Email Or Contact Septech Marketing LLP Now!

New Era

Programmable Peristaltic Pumps 9000 Series

The 9000 Series Programmable Peristaltic Pumps are designed for precision fluid handling, making them ideal for applications ranging from small-scale laboratory work to high-volume production filling. One of the key advantages of peristaltic pumping is that the fluid only comes into contact with the continuous tubing, not the pump itself. This design reduces contamination risk and allows easy switching of tubing to match the specific requirements of your fluid. These pumps provide both continuous flow and measured dispensing capabilities, with flow rates up to 1500 mL/min on models like the NE-9010. The 9000 Series can dispense and withdraw fluids, making them versatile for a wide range of applications. Built-in calibration functions improve dispensing accuracy, while Slow Down and Anti-Drip modes enhance control during precise filling tasks. The pumps can optionally be operated using a foot switch or an external sensor, offering hands-free convenience. The 9000 Series is fully programmable and supports computer interface via RS-232 or USB, enabling integration into advanced production systems. Programs can be uploaded with one click from the “Pumping Program Generator” spreadsheet. The Learn and Repeat™ feature allows users to teach the pump the exact volume of a container and immediately fill multiple containers consistently. Quick Change Pumping Heads allow for cost-effective operation with multiple fluids. By simply twisting off one head and attaching another, operators can switch between fluids without downtime, increasing productivity. These pumps are designed for both standalone use and integration into production lines, with flexibility to accommodate various settings—from home-based businesses to large factories. Optional firmware upgrades enable linear pumping and expand program memory for more complex dispensing sequences. The 9000 Series offers multiple models, including NE-1010 Double Pressure, NE-8000 High Pressure, NE-1002X Microfluidic, and OEM NE-500 versions, covering a wide range of flow rates and pressures. For applications requiring higher flow rates, additional models are available, ensuring that users can find the right pump to meet their specific production or laboratory needs. With programmable precision, versatile operation, and easy integration, the 9000 Series peristaltic pumps provide a reliable and efficient solution for continuous and measured fluid dispensing. For Enquiry Send Email Or Contact Septech Marketing LLP Now!

New Era

Syringes & Plumbing Supplies

NORM-JECT® inert syringes are designed for applications that require the highest level of chemical purity and reliability. These syringes are completely latex free and contain no rubber, silicone oil, styrene, or DEHP, and they are DNA free, making them ideal for sensitive laboratory and research environments. Manufactured exclusively from laboratory-grade polypropylene and polyethylene, NORM-JECT® syringes offer superior chemical resistance compared to traditional rubber-tipped syringes. Their inert and non-reactive design ensures sample integrity and prevents contamination. In addition, a built-in positive safety stop helps prevent accidental plunger removal and spills, providing enhanced safety and confidence during handling and fluid transfer operations. Stainless Steel Syringes & Parts: Stainless steel syringes are engineered for high-pressure applications and offer excellent resistance to aggressive and corrosive liquids. All syringe barrels and plungers are manufactured from durable #316 stainless steel and are fully autoclavable for repeated sterilization. These syringes are guaranteed to be leak free at pressures exceeding 750 psi, with 8 mL models rated for pressures above 1500 psi. Each syringe includes three Viton® O-rings—two on the plunger and one on the tip—to ensure reliable sealing, with replacement O-ring sets available in Viton® or Chemraz®. Stainless steel syringes and parts are non-cancelable and non-returnable. For Enquiry Send Email Or Contact Septech Marketing LLP Now!

New Era

Advanced Pumping Systems

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. For Enquiry Send Email Or Contact Septech Marketing LLP Now!

New Era

Syringe Heaters

Syringe heaters are advanced temperature-control devices designed to deliver accurate, stable, and safe heating for syringe-based applications in laboratories, medical environments, and industrial processes. The system constantly monitors and displays the temperature measured by the primary heating pad, ensuring precise feedback at all times. During operation, Heat Clamping technology maintains the selected set temperature, preventing overheating or unwanted cooling. This stability is further enhanced by Thermo-Kinetic Mode, which minimizes temperature swings by dynamically adjusting heating power in response to both temperature changes and the rate at which those changes occur. Features Syringe heaters offer a wide range of performance and control features. They support a maximum operating temperature of 185°C, making them suitable for high-temperature applications. The Thermo-Kinetic Heat Clamping is fully user adjustable, allowing fine regulation of the set-point temperature. For system integration, RS-232 bidirectional communication enables computer-based control with a built-in network driver. A single PC port can support up to 100 heaters, pumps, or other devices, providing excellent scalability. Additional features include selectable temperature units (Celsius or Fahrenheit), soft power switching for extended component life, and a Power Failure Mode that automatically restarts the heater in Active Mode after power interruptions. Built-In Security Features Safety is ensured through a microprocessor monitoring system with alarm-mode cutoff relays, dual temperature sensors for redundancy, keypad lockout with PIN code protection, and an adjustable inactivity shutdown timer. A two-key press start and single-key press stop reduce accidental operation. Remote monitoring and control further enhance operational safety and convenience. Details Each control unit senses temperature only from its primary heater pad. Any secondary pads connected to the same unit will follow the primary pad’s temperature. For varying temperature requirements or environments, separate control units with individual primary pads are recommended. Connecting more than 12 pads per controller is not advised. In regions with voltages above 130V, a step-down transformer is required, allocating 50 watts per pad, such as the PWR-220-110-E transformer. Together, these features and details make syringe heaters reliable, precise, and adaptable heating solutions. For Enquiry Send Email Or Contact Septech Marketing LLP Now!