Inper Star Fully Implantable Wireless Optical and Electrical Stimulation System

Fully implanted wireless optical or electrical stimulation with multi-implant management, independent sequences, external triggering and wireless charging.

Discuss your configuration Technical specifications Wireless stimulation, fully implanted Inper Star Fully Implantable Wireless Optical and Electrical Stimulation System A control host, fully implanted stimulators and wireless charging, with software to organize each implant protocol and status. The implant integrates a receiver, battery, flexible lead and stimulation tip. A computer and host configure and send control information; a wireless platform recharges the implant. Control outside. Stimulation inside. System functional schematic SYSTEM Select lead length and stimulation-tip configuration for the target location. Straight configuration Alternative tip forms suit different experimental connection requirements. Ring configuration The host connects to the computer and provides Trigger and Output connectors. Wireless host Choose the implant structure Design and connections Select single- or dual-tip optical configurations and confirm wavelength and stimulation location. Optical configuration Current range varies by model. Confirm the required range and monophasic or biphasic configuration. Electrical configuration A flexible lead connects the implant body to the stimulation tip. Flexible lead Optical or electrical stimulation The documented mass and volume inform structural selection; confirm them with the selected lead and tip configuration. Implant Documented mass <1.3 g Implant Documented volume <0.8 cc Consider implant size and mass USB-C provides host power and data. Two Trigger inputs and two Output connectors connect external equipment to the wireless stimulation workflow. Keep synchronization at the host HOST INTERFACES The software lists connection, battery, signal and activation information for each implant. Associate each implant identity with its experimental subject. Know each implant status DEVICE LIST The system controls up to 8 implants, with per-implant Sweep, Timer and activation settings plus batch setting of shared parameters. Manage multiple implants EIGHT DEVICES Seven shapes include Constant, Square, Sine, Triangular, Linear, Exponential and Polynomial. The software shows applicable parameters and a preview. Start with the waveform WAVEFORM A Sweep combines up to 8 Waveforms. Add sections in sequence, define timing and review the full plan in Sweep Preview. Turn shapes into a sequence SWEEP Choose the appropriate Sweep for each implant. Subjects share the host connection while keeping individual sequences and operating settings. Assign protocols individually ASSIGNMENT Timer is set per implant. When subjects need different durations, configure them individually and check time and activation status before starting. Time each implant TIMER Trigger 1 or Trigger 2 can be assigned to multiple implants; each implant binds to one Trigger. Define the event source and select its recipients. Assign an external event TRIGGER BIND Edge and Real Time modes provide different responses, with threshold, pre-trigger and refractory settings. Available Real Time trigger frequency depends on the number of assigned implants. Choose the trigger response TRIGGER MODE Two Output connectors select a stimulation tip and event mode: Start, Stop, Start & Stop or Sweep. TTL events establish timing relationships with external acquisition devices. Signal stimulation events OUTPUT Preview displays the stimulation sequence over 1–600 seconds. Check the shapes, Sweep assignments and active implants before running. Review before stimulation PREVIEW The wireless platform recharges and wakes implants. Position components as documented, keep metal objects clear of the charging setup and check battery and connection in software. Recharge and wake wirelessly CHARGING Save and load configurations to reuse verified waveform and timing settings. Configuration files Check battery, signal and subject assignments before running. Status checks The manual describes sleep after about 10 minutes without a connection; wake the device before the next session. Sleep management A workflow across sessions Select the implant structure for the stimulation location, then its optical or electrical configuration, protocol and synchronization. Check actual connectivity in the final antenna and room setup. Plan the implant and the environment EXPERIMENT PLAN Implants controlled Up to 8 Implant mass / volume <1.3 g / <0.8 cc; confirm selected configuration Optical tips Single or dual tip; wavelength by model Electrical-stimulation current ±1 µA–±1 mA or ±10 µA–±10 mA, by model Electrical-stimulation mode Monophasic / biphasic, by configuration Host connections USB-C; 2 Trigger; 2 Output Trigger threshold 0.5–10 V Sweep Up to 8 Waveforms per sequence Preview 1–600 s Unobstructed communication range 3 m diameter; up to 8 m with the external antenna, subject to setup Values refer to the models and conditions in the supplied documentation Parameter Value and conditions Battery runtime varies with stimulation parameters and connection status. Verify communication range in the experimental environment. Technical specifications Inper Star Fully Implantable Wireless Optical and Electrical Stimulation System — User manual Inper Star Fully Implantable Wireless Optical and Electrical Stimulation System — 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