Products

Explore atmospheric plasma systems engineered for advanced laboratory and process innovation.

System Capability Snapshot

800W

Maximum Power

Supports strong discharge regimes for demanding research workflows.

200W

Nominal Operation

Stable baseline operating zone for repeatable experimentation.

11 x 8

Multipin Grid

88 discharge points for broad, uniform treatment coverage.

10-60mm

Gap Control

Adjustable pin-to-plane spacing for process tuning.

Atmospheric plasma reactor system for laboratory and industrial researchCold plasma discharge reactor generating atmospheric plasma jets

Industrial Frequency Plasma System

A laboratory cold plasma system designed for material treatment and experimental research using industrial-frequency high-voltage plasma generation. The system includes a high-voltage power supply, control panel, plasma reactors, and data acquisition support for controlled laboratory applications.

Technical Specifications

Input Power
220-250 V AC, Single Phase
Operating Frequency
50 Hz (Industrial Frequency)
Output Voltage
0-50 kV (RMS)
Output Waveform
Sinusoidal
Voltage Control
Heavy-duty variable autotransformer
Monitoring
Input voltage, current, power, and power factor monitoring
External Measurement
BNC ports for voltage/current waveform to DSO
Protection Features
Overcurrent protection and short-circuit protection
Current Control
Adjustable current limit via control knob
Transformer
Heavy-duty oil-cooled high-voltage step-up transformer
Transformer Safety
Insulated enclosure with ceramic HV bushings
Multipin Reactor
Open-air operation, 40/50/60 mm gaps, 50,000 mm2 treatment area, SS electrodes
DBD Reactor
100 mm diameter stainless steel electrodes, max 30 mm gap, replaceable dielectrics
Data Acquisition
DSO 100 MHz (2 channel), computer system, electrical data export
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High Frequency Plasma System main product image

High Frequency Plasma System

High-frequency atmospheric plasma system combining programmable power delivery with a multipin-plane reactor for PAW and treatment research.

Technical Specifications

Output Voltage
0-30 kVRMS
Switching Frequency
20-100 kHz
Maximum Power
800 W
Reactor Type
Multipin-plane atmospheric plasma reactor
Operational Mode
Continuous and pulsed research modes
PAW Compatibility
Supported
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Electrohydrodynamic drying system for non-thermal food drying laboratory experimentsElectrohydrodynamic drying chamber with high voltage DC electric field and controlled airflow

Electrohydrodynamic Drying Chamber (EHD) for Non-Thermal Food Drying

Chamber for drying of sliced fruits and vegetables using high voltage DC electric fields cum external convection

Technical Specifications

Control Panel
Custom designed control panel made of MS with powder coating (Siemens grey colour)
Control Panel Dimensions
270 mm x 250 mm x 450 mm
Input Power
220-230V AC at 50 Hz
Output Current
Maximum output current: 20 mA
Trip Condition
System trips if current exceeds 20 mA
Protection Features
Overcurrent protection (OCP), Overvoltage protection (OVP), Fuse protection on the panel
Adjustable Controls
Ability to set current limit via potentiometer; Ability to set output voltage via potentiometer
Digital Timer
Adjustable digital timer (Make: "Selec" 46 mm x 46 mm)
Meters and Displays
6-in-1 multifunction meter for input voltage, input current, and input power measurement; Digital display for output voltage and output current
Switches and Indicators
H.V. ON / H.V. OFF switch for high voltage control; Main ON switch for system power
Transformer
Custom Designed DC step-up transformer
Transformer Material
Material of Construction: MS with powder coating
Transformer Dimensions
1 feet x 1 feet x 1.5 feet; Total height of transformer not exceeding 2.5 feet
Transformer Bushings
2 bushings (node and cathode) of 1 feet height maximum
Transformer Output Voltage
+/-30 kV DC with respect to ground
Polarity Selection
User can switch between positive or negative polarity by grounding the other terminal
Cooling System
Uses oil-cooled transformer for heat dissipation and safety
Lead Time
Supply lead time: 2 months from written order confirmation
Drying Chamber
Chamber for drying of sliced fruits and vegetables using high voltage DC electric fields cum external convection
Drying Area
190 mm X 190 mm
Sample Weight
~ 100 g, depending on density and slice thickness
Fan Power and Speed Control
Power supply and speed controller is included for the inlet and outlet fans
Safety Interlock
Limit switch is included for the H.V. ON/OFF as per opening of the door to ensure user safety
Weight Measurement
Includes Load cell for weight measurement; Includes software for continuous weight measurement
Temperature and RH
Includes hardware and software for continuous temperature and RH measurement
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