The current standard range includes 2450 MHz microwave generators at 6, 10 and 15 kW, plus 915 MHz high-power options at 25, 30, 75 and 100 kW. The 30 kW option is handled as a project configuration within the 915 MHz family rather than as a separate standalone model page.

Frequency should be selected from the complete application rather than rated power alone. The review should consider the required microwave power, process load, chamber or applicator geometry, waveguide interface, cooling capacity, installation space and the destination market. Neither frequency is universally better for every industrial process.

The microwave power supply provides and controls the electrical power required by the magnetron assembly. The microwave head is the microwave-source assembly that generates microwave energy. A microwave generator package can combine these core components with project-defined control, protection or microwave-transmission components.

A complete industrial microwave processing system may also require an applicator, chamber, cavity, waveguide system, process controls, utilities and material-handling equipment.

Yes. OEM integration can be reviewed when the machine manufacturer provides the required frequency and power, electrical supply, waveguide connection, installation dimensions, cooling conditions, control method and machine interlocks.

Defining these interfaces before equipment production helps reduce mechanical, electrical and control-integration problems later in the project.

Replacement projects can be evaluated, but compatibility should be checked before a substitute generator is selected. Matching rated power alone is not sufficient.

The existing frequency, electrical input, waveguide interface, cabinet and microwave-head dimensions, cooling connections, control signals and protection logic should be compared with the proposed configuration.

Not automatically. Two microwave generators with similar frequency and power may still use different electrical connections, waveguide flanges, cooling circuits, dimensions, control signals or protection logic.

A direct replacement should only be confirmed after the actual interfaces of the existing equipment have been reviewed.

Confirmed configurations can include local HMI operation and external machine-control interfaces. Depending on the selected model and project, interfaces may include RS485, Modbus RTU, analog signals, digital I/O or dry-contact signals.

The required protocol, commands, feedback signals and machine interlocks should be confirmed before final configuration.

The current generator configurations use external water cooling with model-specific cooling circuits. The required water temperature, flow, pressure, connection arrangement and cooling capacity should be taken from the confirmed model documentation.

Rated microwave power alone should not be used to size the final cooling system.

Microwave generators can be evaluated as microwave-source modules for industrial heating and drying, plasma and PCVD equipment, MPCVD and diamond-growth equipment, advanced-material and semiconductor-related equipment, laboratory systems and other OEM industrial machines.

Application suitability depends on the complete microwave system, including the load, chamber, applicator, waveguide, coupling and operating conditions.

Functional verification can include operating sequence, HMI functions, microwave output, spectrum, alarm functions, protection logic and required external interfaces. The exact test scope depends on the model and agreed project configuration.

If a formal FAT or customer-defined acceptance procedure is required, the test items should be agreed before execution.

No. Generator-level testing verifies the microwave source and the agreed equipment functions under the defined test conditions. Final heating, plasma, deposition or material performance also depends on the chamber, applicator, coupling system, process load, utilities and operating parameters of the complete machine.

Start with the application, target microwave power, preferred or existing frequency, quantity and destination country. For OEM or replacement projects, also provide chamber or applicator information, waveguide interface, electrical supply, cooling conditions, installation dimensions and control requirements.