GRAD μ MULTI-CHANNEL FEED PUMP SYSTEM – DIGITAL PRECISION METERING PUMP UNIT

The GRAD μ Multi-Channel Feed Pump System is a laboratory fluid delivery and pumping unit designed for controlled feeding, transfer, and distribution of liquids through multiple independent pumping channels. The equipment features a modular configuration with individual pump assemblies, digital displays, and dedicated control interfaces for monitoring and adjusting pumping operations.

The photographed system consists of two stacked pump modules, each featuring four individual pump heads, giving a total of eight visible pumping channels. Each channel has a dedicated digital display showing its operating setting. The front panel displays the pump identification and individual numerical values, allowing operators to monitor the channels separately.

The system is designed to support applications requiring controlled liquid feeding through multiple lines. Its multi-channel arrangement can be useful in laboratory research, chemical processing, experimental setups, and fluid handling applications where several liquid streams need to be supplied independently.

Each pumping head is equipped with fluid connection ports for connecting inlet and outlet tubing. These connections allow liquids to be transferred from external reservoirs to the required process or experimental setup. The individual channel arrangement provides flexibility for operating multiple feed lines within a single system.

The digital display interface provides convenient access to individual pump settings. The visible displays show numerical values of 200 on the eight channels in the photograph. These values should not be interpreted as actual flow rates without confirming the instrument's operating units and calibration.

The multi-pump configuration is particularly useful for experimental processes involving multiple feed streams, parallel fluid delivery, and controlled liquid addition. Depending on the pump-head design and installed configuration, the system may be suitable for continuous feeding, dosing, and liquid transfer applications.

In research and development laboratories, multi-channel feed pumps can support experimental work involving chemical reactions, process optimization, material synthesis, and fluid delivery studies. They can also be useful in pilot-scale setups where independent liquid feeds are required for different process stages.

The modular design, individual pumping assemblies, digital readouts, and multiple fluid connections make this equipment a potentially useful solution for laboratories and industrial research facilities requiring multi-channel liquid handling capabilities.

Before installation or operation, users should verify the pump technology, flow-rate range, pressure capacity, chemical compatibility, tubing specifications, and calibration requirements. These parameters are essential for selecting the correct operating conditions and ensuring consistent liquid delivery.

The GRAD μ multi-channel feed pump arrangement is suitable for laboratories seeking a multi-line fluid delivery solution, subject to confirmation of its technical specifications and operational condition.

2.2 Applications of the Product

1. Multi-channel liquid feeding applications.

2. Chemical research and development.

3. Laboratory fluid handling.

4. Controlled liquid dosing and dispensing.

5. Chemical reaction and synthesis experiments.

6. Parallel experimental processing.

7. Pilot-scale process development.

8. Continuous liquid feeding applications.

9. Pharmaceutical research laboratories.

10. Biotechnology research applications.

11. Industrial process development.

12. Experimental fluid transfer systems.

2.3 Key Features of the Product

• Multi-channel feed pump configuration.

• Eight visible individual pump heads.

• Two stacked pump modules.

• Individual digital displays for each channel.

• Independent channel monitoring.

• Multiple fluid inlet and outlet connections.

• Dedicated pumping assemblies.

• Compact modular construction.

• Front-panel digital readouts.

• Suitable for multiple liquid feed applications.

• Flexible laboratory fluid handling configuration.

• Individual pump channel identification.

2.4 Technical Specifications

2.5 Product Condition

Condition: To be confirmed

• Refurbished

• Brand New

• Used – Tested and Working