for peripheral nerve stimulation, for myostimulation
Description
Indications
Clinical application to prevent and treat disuse muscular atrophy and to maintain or increase joint mobility.
Functional exercise of denervated or disused muscles to improve muscle strength and manage spasticity.
Adjunct treatment to correct deformities such as scoliosis, flat feet, and shoulder subluxation.
Applicable to denervated muscles after lower motor neuron lesions (examples: facial nerve palsy; ulnar, radial and median nerve injuries; lower limb weakness related to sciatic, tibial or peroneal nerve impairment).
Features
Available model variants: PE1-2, PE1-4, PE1-6, PE1-8.
Output modes: synchronous, asynchronous and independent channel outputs.
Adjustable frequency range: 1 Hz to 180 Hz; adjustable pulse period: 5 ms to 1000 ms.
Automatic output zeroing at end of treatment with a corresponding reminder.
Electrode-off reminder: stops channel output and issues an alert if an electrode disconnects to protect patient safety.
High-definition touch screen with anti-scratch and anti-slip surface for clear, quick parameter operation.
Core advantages
Multi-channel output (synchronous, asynchronous, independent) enables personalized protocols for a single patient and simultaneous treatment of multiple patients.
Wide adjustable frequency (1–180 Hz) and pulse period (5 ms–1000 ms) to cover diverse muscle-training needs; current output designed to avoid electrolytic risk.
Electrode-off prompt enhances safety by stopping channel output and notifying staff when electrode contact is lost.
Output control knob automatically returns to the starting position after treatment.
Intuitive, fast-access interface on a high-definition touch screen reduces setup time and avoids complex menu navigation.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.