Inper Neuromax Transcranial Electrical Stimulator

Multimode, multichannel electrical stimulation with independent channel parameters, timing, external triggering and impedance monitoring.

Discuss your configuration Technical specifications Organize multichannel stimulation Inper Neuromax Transcranial Electrical Stimulator Configure experiments by mode, channel parameters and timing, with channel and connection status in one control interface. Neuromax combines a stimulation host, control software and electrode connections. Software organizes parameters and timing; the host provides channel outputs. Connect the complete system SYSTEM The front panel groups channel connections for matching to the electrodes. Stimulation host Software displays channel pairs, settings, start/stop and impedance information. Control interface Connect computer, host and electrodes for the selected configuration. System connection Match hardware to channels Design and connections TI mode provides channel settings for carrier-related parameters. Temporal interference Direct- and alternating-current modes provide amplitude and timing settings. tDCS / tACS Pulsed-current and random-noise modes extend the available protocol types. tPCS / tRNS Five stimulation modes Channels have independent stimulation settings and individual start/stop control. Map electrode position, parameters and operating status for each channel. Plan settings by channel Functional configuration schematic CHANNEL PLAN TI mode organizes stimulation with paired carriers. Set carrier frequencies and channel parameters, then verify the relationship between paired channels and their electrode connections. Plan the carrier pair CARRIER PAIR Phase difference is configurable. Check frequency, phase and amplitude together so the software settings match the experimental design. Specify the phase relationship PHASE The product brochure lists an output-current range of 0.5–2 mA; confirm it for the selected version. Check the required amplitude against the mode, channels and electrode setup. Output-current range Brochure value; confirm selected version 0.5–2 mA Define the channel current Ramp-up and ramp-down times make the start and end phases part of the protocol. Review them alongside stimulation duration. Set the beginning and the end Timing function schematic RAMP Continuous and interval stimulation are supported. For interval protocols, define stimulation duration, interval period and total runtime. Continuous or interval operation CONTINUOUS INTERVAL The brochure lists adjustable timing from 1–60 minutes with custom timing support. Confirm both stimulation duration and total runtime. Define the total duration DURATION Software provides impedance information for electrode connections. Check channel assignments and impedance after connection, then monitor operating information during the run. Check impedance with the setup IMPEDANCE Each channel has individual start/stop controls. Confirm the target channel before operating it and keep track of the other channel states. Control a channel individually LOCAL CONTROL Global start and emergency-stop controls manage multichannel operation. Confirm settings, connections and the endpoint of the protocol before starting. Manage the whole run GLOBAL CONTROL The interface provides Trigger enable and port selection. For external coordination, confirm the connector, event source and target-channel settings. Include an external trigger TRIGGER The documentation describes dynamic impedance monitoring with anomaly alerts and power cutoff. Impedance monitoring Documented protections cover overload, timeout, abnormal shutdown and short circuit. Output protection Documented conditions are 5–40°C and 30–80% relative humidity. Operating conditions Know what the system monitors Start with the research protocol: choose mode, channels and electrode connections, then current, frequency, phase, ramps and schedule. Keep parameter records for later review. Confirm the whole protocol RESEARCH PLAN Stimulation modes TI / tDCS / tACS / tPCS / tRNS Output current 0.5–2 mA (brochure value; confirm selected version) Channel control Independent settings and start/stop; global start and emergency stop Configurable parameters Amplitude, carrier frequency, phase difference, ramps, stimulation duration, interval period and total runtime Operating patterns Continuous / interval Stimulation timing Adjustable 1–60-minute timing; custom timing supported Impedance monitoring Dynamic monitoring; anomaly alert and power cutoff Protection functions Overload, timeout, abnormal-shutdown and short-circuit protection Operating temperature 5–40°C Operating humidity 30–80% RH Values refer to the models and conditions in the supplied documentation Parameter Value and conditions Confirm configuration and connection conditions for the selected mode, channels and electrodes. This page describes device functions and research operation. Technical specifications Inper Neuromax Transcranial Electrical Stimulator — Product brochure Inper 2026.B Product Catalog Manuals and product resources Share the experimental subject, signal or stimulation requirements, synchronization devices and setup so the model and accessories can be matched. Configure for your experiment Send inquiry Product selection Configuration and quotation Technical and application support