Dura-Stick Premium Electrodes 2 x2 Square Cs/40 Blue Jay Two-sided chestpiece with tunable diaphragms

Two-sided chestpiece with tunable diaphragms on both the adult and pediatric sides * Single-piece tunable diaphragm is easy to attach and easier to clean because its surface is smooth without crevices * Pediatric side converts to a traditional open bell by replacing the single-piece diaphragm with a non-chill rim * Next-generation tubing provides longer life due to improved resistance to skin oils and alcohol

Patients will love the convenience of the powerful rechargeable lithium ion battery

* Manufactured with 1 steel tubing * Easy-to-use dual-button height adjustment with locking ring * Locking ring prevents rattling * Comes standard with wrist strap * Comfortable vinyl hand grip * Limited Lifetime Warranty * Replacement tips 7/8 * HCPCS code E0100

Firm Adjustable Arch Support Insole *Helps control stabilize and balance the foot

Bilingual touchscreen user-friendly interface Dual frequency ultrasound at 1 MHz and 3 MHz Low BNR ratio of 5:1 Multiple waveform electrotherapy: Interferential Premodulated TENS (Symmetrical Biphasic Asymmetrical Biphasic RAAS*) NMS Russian High Volt and Microcurrent Rapid Agonist Antagonist Sequencing (RAAS*) replicates typical firing patterns of muscle contractions during functional movement for the best therapeutic outcome Independent intensity and parameter controls for each channel 4 channels of independent stimulation - can be used in combination (linked) or totally independent Comprehensive full-color graphic anatomical and pathological libraries with recommended electrode placement Favorites feature stores up to 99 user-defined protocols for future use Sleek user-friendly ergonomic design for table top or therapy cart use

Dura-Stick Premium Electrodes 2 x2 Square Cs/40 Blue Jay Two-sided chestpiece with tunable diaphragmsSelf Adhesive * 10 packs of 4 each 40 case * Pure conductive silver layer * Stainless steel mesh and Blue Gel * Choice wire and molded connectors * Provides optimal current dispersion with low impedance