Signed in
filler@godaddy.com

Arc Apollo+® is a wearable, wireless-capable EEG system that can be configured with 32 or 64-channel amplifiers and redeployed as needed for LTM, EMU, ICU, NICU, ER, clinical, traditional in-home ambulatory, and remotely monitored in-home video EEG studies.

The QVM3 is a compact recording device that captures HD video and sound. Auto-switching infrared, a patient microphone for voice events, a rechargeable lithium-ion battery, and an on-screen patient video display make this a simple and powerful tool for ambulatory EEG studies that can accommodate post hoc data review and reporting.
Upon download, the video file synchronizes with the EEG data collected by Arc Apollo+ Recorder. Download speeds are as fast as eight minutes for every 24 hours of EEG and video.
In unattended EEG studies, The Arc Apollo+ Recorder can achieve over three days of recording with no patient intervention. QVM3 batteries recharge in four hours, and the removable Arc Apollo+ Recorder batteries can fast charge in two hours

Arc Apollo+® and Arc Voyager® provide accessible, dependable, and secure real-time remote continuous or intermittent access to EEG data and video during in-home studies.
Arc Voyager is a wireless remote monitoring system featuring a durable case, an integrated HD camera with automatic infrared switching, a microphone, and a rugged tablet PC with an on-screen patient video display. Complete in-office patient setup and send patients home with simple instructions.
Authorized users can access the Arc software remotely via a Wi-Fi or cellular network connection to take remote control over the acquisition tablet PC and perform all required monitoring functions, including viewing the data and video, checking impedances, and checking the quality of EEG recordings.
Patients benefit from untethered wearable EEG at home, maximizing their mobility, comfort, and freedom. Providers benefit from visibility to electrode integrity, complete data sets, video, and the ability to report daily on multi-day ambulatory studies
Experience high-quality EEG signals with Arc Essentia's durable, water-resistant design. Its compact Remote Input Headbox ensures easy setup and patient comfort. Compatible with IP/USB cameras and Photic Stimulators for seamless operation.
Make informed treatment decisions with Arc EEG software. Its user-friendly interface offers streamlined assessments, detailed reports, and customizable automation for optimized clinical workflow.
know more about arc essentia capabilities please contact to our team on 7777055535 or visit https://www.cadwell.com/arc-essentia-eeg/
Built for use in the epilepsy monitoring unit and the OR, Cadwell Zenith® captures up to 144 channels per amplifier at 1 MHz sampling, with onboard data capture and battery, and a fully-integrated switch matrix for direct cortical stimulation. Available in 144-, 288-, and 432-channel configurations to support clinical and research applications
With the latest update in Arc EEG software, connect up to three Cadwell Zenith amplifiers to scale up to 432-channels for your highest-density intracranial cases.

Through direct integration with the Cascade® IOMAX® cortical module, Arc software gives you full control of stimulation without manual switching. Customize stimulation parameters, document functional and afterdischarge responses in real time, and use stimulation pulse suppression to safely interrupt afterdischarges during a study
Integrated switch matrix between Cadwell Zenith® and IOMAX stimulator enables full control of cortical stimulation through software

Maximus EEG: Portable and stationary solutions with 24/32 channels for accurate, real-time brain data. Compact, USB powered, with network report transfer. Ideal for ICU and bedside use. Optional EEG-video recording.
Files coming soon.
Copyright © 2026 Kaushal Medicare Systems - All Rights Reserved. Design & Developed by Sanjay Tripathi
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.