Zimmer MedizinSystems emField Pro High Energy Inductive Therapy (HEIT) Device

The emFieldPro High Energy Inductive Therapy System is a professional non-contact electromagnetic stimulation device designed for physical medicine, rehabilitation, sports medicine, chiropractic care, and musculoskeletal therapy applications. Developed for clinical environments requiring deep neuromuscular stimulation, the system delivers high-intensity pulsed electromagnetic fields to support muscle activation, nerve stimulation, and rehabilitation-focused treatment protocols.

Engineered for efficiency in modern healthcare settings, emFieldPro enables fast, contact-free treatment without the need for gels, electrodes, or direct skin preparation, making it a practical solution for high-volume clinical workflows.

High Energy Inductive Therapy Technology

The emFieldPro system uses High Energy Inductive Therapy (HEIT) to generate rapidly changing electromagnetic fields that penetrate deep into tissues, muscles, and nerves. These fields induce electrical currents within neuromuscular structures, producing controlled muscle contractions and stimulation of nerve pathways.

Key physiological effects include:

• Deep neuromuscular activation
• Non-invasive muscle stimulation
• Peripheral nerve stimulation
• Increased local blood circulation
• Muscle contraction and re-education support
• Tissue-level electromagnetic interaction

The system generates magnetic field strengths of up to 3 Tesla (large applicator), enabling powerful deep tissue stimulation without direct contact.

Contact-Free, Through-Clothing Treatment

A defining feature of emFieldPro is its completely non-contact application. Treatments can be delivered through clothing without exposing the patient or requiring conductive materials.

Benefits include:

• No skin contact required
• No gels, pads, or electrodes
• Treatment through clothing
• Fast setup and breakdown
• Improved patient comfort
• High clinical efficiency

This makes the system especially suitable for busy rehabilitation and sports medicine environments.

Dual Applicator System

The emFieldPro includes two applicators designed for different therapeutic approaches:

• Large applicator for static treatment over localized pain or trigger points
• Medium applicator for dynamic sweeping treatment across broader muscle regions

Clinicians can combine both approaches within a single session, allowing precise targeting followed by broader muscular stimulation.

Clinical Applications

The system is widely used in physical medicine and rehabilitation settings to support neuromuscular function and musculoskeletal recovery.

Common applications include:

• Muscle spasm reduction
• Neuromuscular re-education
• Post-injury rehabilitation
• Post-surgical recovery support
• Range of motion improvement
• Circulatory stimulation
• Functional muscle activation

Adjustable Treatment Parameters

The emFieldPro system provides flexible programming to match patient needs and clinical goals.

System capabilities include:

• Frequency range from 1 to 150 Hz
• Adjustable intensity up to 3 Tesla
• Multiple preset clinical programs
• Custom protocol settings
• Session duration from 1 to 60 minutes
• Expert mode configuration options

These settings allow individualized treatment planning across a wide range of conditions.

Clinical Efficiency and Workflow

Designed for high-throughput clinical environments, emFieldPro supports fast setup and minimal supervision during treatment sessions.

Workflow advantages include:

• Quick treatment setup
• Short session times (typically 10–20 minutes)
• Minimal operator intervention
• No consumables required
• High patient throughput capability
• Simple, repeatable operation

Deep Neuromuscular Stimulation

The system generates high-intensity electromagnetic fields that stimulate motor neurons and induce involuntary muscle contractions. This mechanism is used in rehabilitation to help restore neuromuscular function and support recovery of movement patterns.

Key effects include:

• Motor neuron activation
• Muscle fiber contraction stimulation
• Peripheral nerve engagement
• Deep tissue penetration
• Functional muscle activation

Technical Specifications