The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The SEER 1000 Apple App is a software product which is an accessory to the SEER
The SEER 1000 Apple App is a software product which is an accessory to the SEER 1000 recorder. The SEER 1000 Apple App assists in the hook-up procedure (e.g. displaying of ECG data and setting of patient demographic data).
The CardioDay Holter Analysis Software is designed for the acquisition, analysis
The CardioDay Holter Analysis Software is designed for the acquisition, analysis, edit, review, report, and storage of ambulatory and multi-parameter ECG data.Results of the automated analysis are intended to assist the physician in the interpretation of the recorded data. This information is not intended to serve as a substitute for the physician overread of the recorded ECG data. The CardioDay system is intended to be used by trained operators under the direct supervision of a licensed healthcare practitioner in a hospital or clinic environment.
3 Leads (3 Channels), 105 cm (41 in), AHA Color Code
2067634-053
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
3 Leads (3 Channels), 61 cm (24 in), AHA Color Code
2067634-052
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
3 Leads (3 Channels), 105 cm (41 in), IEC Color Code
2067634-051
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
3 Leads (3 Channels), 61 cm (24 in), IEC Color Code
2067634-050
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
7 Leads (3 Channels), 105 cm (41 in), AHA Color Code
2067634-020
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
5 Leads (2 Channels), 105 cm (41 in), AHA Color Code
2067634-019
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
7 Leads (3 Channels), 61 cm (24 in), AHA Color Code
2067634-018
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
5 Leads (2 Channels), 61 cm (24 in), AHA Color Code
2067634-017
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
7 Leads (3 Channels), 105 cm (41 in), IEC Color Code
2067634-016
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
5 Leads (2 Channels), 105 cm (41 in), IEC Color Code
2067634-015
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
7 Leads (3 Channels), 61 cm (24 in), IEC Color Code
2067634-014
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
5 Leads (2 Channels), 61 cm (24 in), IEC Color Code
2067634-013
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
5 Leads, 120 cm (90/30 cm), Colors: Red, Brown, Black, White, Green
2014606-185
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000-12 BT, SEER 12 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine ( SEER 1000 recorder).
The SEER 1000 digital Holter recorder is intended to continuously record ECG dat
The SEER 1000 digital Holter recorder is intended to continuously record ECG data. The SEER 1000 performs no cardiac analysis by itself and is in-tended to be used with an ECG analysis software package. The recorded data are downloaded to a PC for analysis and subsequent evaluation by a trained physician or healthcare professional.
The SEER 1000 digital Holter recorder is intended to continuously record ECG dat
The SEER 1000 digital Holter recorder is intended to continuously record ECG data. The SEER 1000 performs no cardiac analysis by itself and is in-tended to be used with an ECG analysis software package. The recorded data are downloaded to a PC for analysis and subsequent evaluation by a trained physician or healthcare professional.
The SEER 1000 digital Holter recorder is intended to continuously record ECG dat
The SEER 1000 digital Holter recorder is intended to continuously record ECG data. The SEER 1000 performs no cardiac analysis by itself and is in-tended to be used with an ECG analysis software package. The recorded data are downloaded to a PC for analysis and subsequent evaluation by a trained physician or healthcare professional.
The CardioDay V2.5 Holter Analysis Software is designed for the acquisition, ana
The CardioDay V2.5 Holter Analysis Software is designed for the acquisition, analysis, edit, review, report, and storage of ambulatory and multi-parameter ECG data.Results of the automated analysis are intended to assist the physician in the interpretation of the recorded data. This information is not intended to serve as a substitute for the physician overread of the recorded ECG data. The CardioDay V2.5 system is intended to be used by trained operatorsunder the direct supervision of a licensed healthcare practitioner in a hospital or clinic environment.
The SEER 1000 PC App is a software product which is an accessory to the SEER 100
The SEER 1000 PC App is a software product which is an accessory to the SEER 1000 recorder. The SEER 1000 PC App assists in the hook-up procedure (e.g. displaying of ECG data and setting of patient demographic data).
5 Leads, 30 cm, Colors: Red, Brown, Black, White, Green
2014606-072
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
5 Leads, 60 cm, Colors: Red, Brown, Black, White, Green
2014606-038
The cable is intended to be used to conduct electrical signals from a patient's
The cable is intended to be used to conduct electrical signals from a patient's heart, via an electrode attached to the surface of the chest/limbs, to an electrocardiograph (ECG) machine (CM 3000 recorder).
ARTERIAL AND VENOUS EXAM, W/DOPPLER SPECTRA SOFTWARE - 220V - Software that conn
ARTERIAL AND VENOUS EXAM, W/DOPPLER SPECTRA SOFTWARE - 220V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, recorded waveforms and blood pressures. Study results are used by the clinician to assess peripheral vascular disease diagnosis in the patient. Includes interface box to connect computer to physiologic instruments and 220V mains.
ARTERIAL AND VENOUS EXAM SOFTWARE - 220 V - Software that connects to several no
ARTERIAL AND VENOUS EXAM SOFTWARE - 220 V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, a recorded waveforms and blood pressures. Study results are used by the clinician to assess peripheral vascular disease in the patient. Includes interface box to connect computer to physiologic instruments and 220V mains.
ARTERIAL INFLOW SOFTWARE - 220V - Software that connects to several noninvasive
ARTERIAL INFLOW SOFTWARE - 220V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, recorded waveforms waveform calculations. Study results are used by the clinician to assess peripheral vascular function in the patient. Includes interface box to connect computer to physiologic instruments and 220V mains.
SOFTWARE INTERFACE BOX - An electrically-powered hardwired interface between one
SOFTWARE INTERFACE BOX - An electrically-powered hardwired interface between one or multiple physiologic devices and a connected computer with dedicated physiologic software. The interface receives waveform and pressure data and formats the data before sending it to the computer. The interface also receives signals from the computer to activate a connected physiologic device. The device does not store data after it is sent to the computer.
ARTERIAL AND VENOUS EXAM, W/DOPPLER SPECTRA SOFTWARE - 110V - Software that conn
ARTERIAL AND VENOUS EXAM, W/DOPPLER SPECTRA SOFTWARE - 110V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, recorded waveforms and blood pressures. Study results are used by the clinician to assess peripheral vascular disease diagnosis in the patient. Includes interface box to connect computer to physiologic instruments and 110V mains.
ARTERIAL AND VENOUS EXAM SOFTWARE - 110V - Software that connects to several non
ARTERIAL AND VENOUS EXAM SOFTWARE - 110V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, a recorded waveforms and blood pressures. Study results are used by the clinician to assess peripheral vascular disease in the patient. Includes interface box to connect computer to physiologic instruments and 110V mains.
ARTERIAL INFLOW SOFTWARE - 110V - Software that connects to several noninvasive
ARTERIAL INFLOW SOFTWARE - 110V - Software that connects to several noninvasive physiologic instruments that captures and stores waveforms and blood pressures generated by those instruments, to be viewed on a computer and recorded in the database for analysis by a clinician. Reports are generated which list patient history information, recorded waveforms waveform calculations. Study results are used by the clinician to assess peripheral vascular function in the patient. Includes interface box to connect computer to physiologic instruments and 110V mains.