The device is intended to be used for monitoring and recording of, and to genera
The device is intended to be used for monitoring and recording of, and to generate alarms for, multiple physiological parameters of adults, pediatrics, and neonates
EEG Trunk Cable, 4 channel, reusable, 2, 7 meter (8.8 ft) long, shielded for 9 l
EEG Trunk Cable, 4 channel, reusable, 2, 7 meter (8.8 ft) long, shielded for 9 lead EEG monitoring. Use with 98980310561, 989803180521 or 989803180531 lead sets. The 4 channel trunk cable can also be used for 2 channels. In this case lead sets M1931A, M1932A, M1934A are recommended.
EEG Lead Set with 9 individual color coded leads for use on neonatal and pediatr
EEG Lead Set with 9 individual color coded leads for use on neonatal and pediatric patients. Lead wires comes with DIN connector on one end and hard mounted EEG silver clip electrodes on the other end. Individual leads are hold in place with a lead organizer. Silver clip diameter = 6 mm, 80 cm (31.5 in) long leads. Use with trunk cable 989803180541and conductive paste M1937A.
EEG Lead Set with 9 individual color coded leads. Lead wires come with DIN conne
EEG Lead Set with 9 individual color coded leads. Lead wires come with DIN connector on one end and hard mounted mini cup (grabber style) to connect to any generic snap style electrode on the other end. Wires are hold in place with a lead organizer. 80 cm (31.5 in) long leads.Use with trunk cable 989803180541.
EEG Lead Set with 9 individual color coded leads for use on adults. Lead wires c
EEG Lead Set with 9 individual color coded leads for use on adults. Lead wires come with DIN connector on one end and hard mounted EEG silver cup electrodes on the other end. Individual leads are hold in place with a lead organizer. Silver cup diameter = 10mm, 80 cm (31.5 in) long leads.Use with trunk cable 989803180541 and conductive paste M1937A.
Complete ToFscan Kit with robust demonstration case for ToFscan and its accessor
Complete ToFscan Kit with robust demonstration case for ToFscan and its accessories (TOF-MU, TOF-CHAR_US AC power/charger, clamp, TOF-S2_B, TOF-PS2_B, TOF-FS_B, TOF-ES_B sensors, cable support, user manual)
Complete ToFscan Kit with robust demonstration case for ToFscan and its accessor
Complete ToFscan Kit with robust demonstration case for ToFscan and its accessories (TOF-MU, TOF-CHAR_US AC power/charger, clamp, TOF-S2_B sensor, cable support, user manual)
Patient Cable for the Philips IntelliVue Neuro Muscular Transmission Module 8653
Patient Cable for the Philips IntelliVue Neuro Muscular Transmission Module 865383. Reusable Cable comes with green 12 pin module connector and splits on the opposite site into 3 individual wires - One 30 cm (12 inch) long wire with the acceleration sensor and two 20 cm (7,9 inch) long grabber lead sets connecting to snap style stimulation electrodes. Total cable length: 3 m ( 9,8 feet). 1 Sales Unit = 1 Cable.
IntelliVue NMT Module is a quantitative measurement of the level of muscle relax
IntelliVue NMT Module is a quantitative measurement of the level of muscle relaxation as a consistent part of the IntelliVue patient monitoring.
A reusable electrical cable that connects the TwitchView™ monitor to the single-
A reusable electrical cable that connects the TwitchView™ monitor to the single-use electrode array.
A reusable electrical cable that connects the TwitchView™ monitor to the single-
A reusable electrical cable that connects the TwitchView™ monitor to the single-use electrode array.
Supporting infection control, TwitchView™ utilizes a single-patient use Electrod
Supporting infection control, TwitchView™ utilizes a single-patient use Electrode Array. With the flexibility to secure to either left or right hand in seconds, the Electrode Array is easily adopted into the pre-surgical workflow. The one-piece, auto-centering design mitigates placement errors—a common cause of intra-operative system failure and measurement inaccuracies.
A pole-mounted wireless charging dock for the TwitchView™ Monitor that simplifie
A pole-mounted wireless charging dock for the TwitchView™ Monitor that simplifies the clinical workflow by connecting directly to your facility’s electronic medical record or through middleware solutions.
TwitchView™ utilizes advanced electromyography (EMG) to quantify a patient's dep
TwitchView™ utilizes advanced electromyography (EMG) to quantify a patient's depth of neuromuscular block. Providing clinicians with reliable, accurate, and real-time data to support drug dosing and reversal timing and helps prevent residual neuromuscular blockade.