Features
· Alphanumeric LCD display with back-light
· User friendly, soft-touch, spill-proof keypad for easy operation
· Variable current range
· User programmable pulse width and frequency with default setting
· Audio-visual indication for pulse delivery and error
· Auto switch-over between mains power adaptor and rechargeable battery
· Automatic shutdown for power saving
· Audio and back light on-off option
· Low battery indicator
· Portable, small and light-weight
Technical Specifications
PULSE WIDTH RANGE
· Nerve Mapper - 50 to 300 mSec (Default 300 mSec)
· Nerve Locator-Motor - 40 to 200 mSec (Default 100 mSec)
· Nerve Locator-Sensory - 200 to 500 mSec (Default 300 mSec)
CURRENT RANGE
· Nerve Mapper - 1 to 20 mA in Steps of 1 mA
· Nerve Locator-Motor - 0.1 to 10 mA in Steps of 0.1 mA
· Nerve Locator-Sensory - 0.1 to 10 mA in Steps of 0.1 mA
FREQUENCY RANGE
· Nerve Mapper - 0.5 to 99 Hz (Default 1 Hz)
· Nerve Locator-Motor - 0.5 to 10 Hz (Default 1 Hz)
· Nerve Locator-Sensory - 0.5 to 99 Hz (Default 1 Hz)
Description
NERVE MAPPER (For transcutaneous tracing of nerves)
Nerve Mapper is a unique mode to identify the course of nerves lying at depth from the skin. It helps to locate the nerves transcutaneously, identify the entry point and reduce patient discomfort. It is an excellent tool to define anatomical land-marks for the entry point, especially in growing children, obese patients & in cases of distorted anatomy.
NERVE LOCATOR (Motor nerves)
Excellent for reliable location of nerves using very low current, increasing the success rate of regional anaesthesia and reducing the risk of nerve damage as compared to paresthesia technique.
· Locating motor and mixed nerves for block
· Identifying motor nerve during Neuro, Ortho, Paediatric, Plastic and ENT Surgery
(E.g. Facial nerve detection during parotid surgery)
· In otolaryngology test of facial nerve function
NERVE LOCATOR (Sensory nerves)
Sensory mode is a unique feature to identify sensory nerves as in a Radio Frequency Lesion machine.
The practitioner can identify sensory nerves like glossopharyngeal nerve, the maxillary branch of trigeminal nerve and other sensory nerves to be blocked in O.R. and Pain Clinic.
