
Telemetry for mice
easyTEL+S easyTEL+ is a fully implantable digital telemetry system, that transmitsphysiological data from conscious freely moving laboratory animals.These miniature devices are surgically implanted into the

easyTEL+S easyTEL+ is a fully implantable digital telemetry system, that transmitsphysiological data from conscious freely moving laboratory animals.These miniature devices are surgically implanted into the

easyTEL+M1 easyTEL+ is a fully implantable digital system, that transmits physiological data from conscious freely moving laboratory animals. Intended for use in preclinical research (primarily

easyTEL+M2 & L easyTEL+ is a fully implantable digital system, that transmitsphysiological data from conscious freely moving laboratory animals. It can be remotely managed and

easyTEL+ RP easyTEL+ RP is a reusable telemeter that can acquire up to 4 biopotentials and activity from conscious, freely moving subjects 200g and upwards.

emkaPACK5 for large animals emkaPACK5 is a non-invasive telemetry system for the acquisition of ECG*, respiratory endpoints, blood pressure, temperature, and postural activity from freely

easyTEL+S easyTEL+ is a fully implantable digital telemetry system, that transmitsphysiological data from conscious freely moving laboratory animals.These miniature devices are surgically implanted into the

easyTEL+M1 easyTEL+ is a fully implantable digital system, that transmits physiological data from conscious freely moving laboratory animals. Intended for use in preclinical research (primarily

easyTEL+M2 & L easyTEL+ is a fully implantable digital system, that transmitsphysiological data from conscious freely moving laboratory animals. It can be remotely managed and

easyTEL+ RP easyTEL+ RP is a reusable telemeter that can acquire up to 4 biopotentials and activity from conscious, freely moving subjects 200g and upwards.

emkaPACK5 for large animals emkaPACK5 is a non-invasive telemetry system for the acquisition of ECG*, respiratory endpoints, blood pressure, temperature, and postural activity from freely