Axelgaard Manufacturing Co., Ltd.

Axelgaard announces the launch of its new education app for NeuroMuscular Electrical Stimulation (NMES), created to serve as a resource to clinicians worldwide. The Axelgaard NMES Electrode Placement Guide App was created in collaboration with Dr. Lucinda Baker at the University of Southern California Division of Biokinesiology and Physical Therapy.

The web-based App is offered for free at www.axelgaard.com/app, with the goal of disseminating knowledge about NMES to industry reps, clinicians, students and end users. The Company encourages users to explore the App to its fullest potential, which includes instructional videos, illustration-enhanced electrode placement photos and information on muscular and neurological anatomy.

With the continuing spread of COVID-19, organizations and educators across the globe are leveraging technology at an unprecedented pace. Axelgaard develops and manufactures hydrogel for EKG electrodes, used for monitoring of vital signs of patients, and NMES electrodes, used in the physiotherapeutic treatment of COVID-19 patients recovering after ICU admission.

As an essential business, Axelgaard has maintained uninterrupted operations throughout the pandemic while taking measures to protect its employee’s health and safety. The Company’s resilience was made possible through implementation of video conferencing software, live stream product training and virtual courses for employees.

At the same time, Axelgaard recognized the significant demand for online learning platforms within the industry as a whole. In fact, a recent study shows 90% growth globally in time spent in education apps in 2020, compared to the same period in 2019.

The timing of the App’s release was coordinated with Axelgaard’s participation in Medica 2020, which will take place from November 16th to 19th. One of the world’s largest trade fairs in the healthcare industry, Medica 2020 has transitioned from the Düsseldorf Exhibition Center to being entirely on-line. Axelgaard will participate as a virtual exhibitor.

To schedule a meeting with an Axelgaard representative and preview the new App, please submit a request to www.axelgaard.com/ContactUs/.

AG500 Series Hydrogel
AG500 dermal fastener hydrogels are designed and formulated for adhering a product repeatedly to the skin. AG500 hydrogels are high tack adhesive hydrogels which provide a "quick grab" as well as excellent restick capabilities.

AG600 Series Hydrogel
AG600 sensing hydrogels are designed and formulated for use in electrocardiogram (ECG/EKG), electromyogram (EMG), defibrillation, and wireless monitoring applications. AG600 hydrogels are medium adhesive tack hydrogels with excellent re-adhesion capabilities for skin interface.

AG700 Series Hydrogel
AG700 stimulating hydrogels are formulated for TENS and muscle stimulation applications. Designed for use with conductive carbon film, AG700 hydrogels are some of the most durable hydrogels on the market and offer optimal bonding to the substrate with multiple applications to skin.

AG800 Series Hydrogel
AG800 buffer hydrogels are designed specifically for iontophoresis buffered return electrodes. Through unique buffer technology, AG800 hydrogels offer a stable environment to prevent skin burns and irritation.

AG900 Series Hydrogel
AG900 grounding hydrogels are specifically designed for use in high frequency grounding pads. AG900 hydrogels feature excellent cohesion, adhesion and offer corrosion resistance to aluminum.

AG2500 Series Hydrogel
AG2500 premium multi-use high-tack hydrogels are designed and formulated for a variety of uses, including sensing, stimulation, and fastener applications. These soft and elastic hydrogels exhibit excellent restick and high tack adhesion characteristics.

Infused and Specialty Hydrogels
Custom formulated and infused with cosmetic & aromatic ingredients for countless applications

PALS®
PALS® patented conductive cloth neurostimulation electrodes provide the ultimate in flexibility and conformity to ensure optimal current distribution. PALS® electrodes were one of Axelgaard’s first product lines, which revolutionized neurostimulation electrode performance with their patented stainless steel knit fabric design. This design allows PALS® electrodes to maintain flexibility while maximizing conformity to any body surface. With the reusability you can count on and the quality you have always trusted, PALS® are Axelgaard’s best electrodes.

PALS® electrodes enhance patient comfort during stimulation by dispersing current evenly across the electrode while eliminating stinging, edge biting, and hot spots. Utilizing Axelgaard’s patented multi-layer MultiStick® hydrogel, PALS® provide comfort with every application.

PALS Foam
PALS® Foam neurostimulation electrodes combine the same revolutionary patented stainless steel knit fabric and hydrogel construction as standard PALS® electrodes, but PALS® foam electrodes include a soft foam top. The patented conductive stainless steel knit fabric provides the ultimate in flexibility and conformity while ensuring optimal current distribution. PALS® Foam electrodes feature Axelgaard’s patented multi-layer MultiStick® hydrogel, which provides comfort and multiple applications to the skin.

PALS® Blue
Designed for all FES and TENS applications, PALS® Blue neurostimulation electrodes combine a patented stainless steel knit cloth and hydrogel construction with our exclusive impedance compensation system. The stainless steel fabric provides optimum conductivity and conformity while the specialized gel is thick enough to adhere through body hair yet gentle enough for use on extremely sensitive skin.

PALS® StimTrode®
StimTrode® combines Axelgaard’s patented conductive stainless steel fabric and MultiStick® hydrogel with white polycoated fabric to provide the ultimate in flexibility and conformity. This electrode features a polycoated backing, which provides an additional moisture barrier, and its impedance compensation system ensures optimal current distribution. Axelgaard’s MultiStick® patented multi-layer adhesive hydrogel eliminates performance problems frequently associated with single-layer gels.

Little PALS®
Little PALS® patented neonatal pediatric electrodes are a revolutionary advancement in neonatal apnea, electrocardiogram (ECG), and electromyogram (EMG) biofeedback monitoring. These electrodes provide the adhesion, pliability, and sensitivity to meet the needs of infant patients as well as the nursing staff. Designed for ECG and EMG applications, Little PALS® offer increased resistance to heat, humidity, and dry-out conditions.

UltraStim® Wire
UltraStim® Wire patented current controlling neurostimulation electrodes distribute current evenly and comfortably for the patient. This electrode features Axelgaard’s proprietary silver grid pattern, which is calculated precisely to control electrical current evenly over the surface of the electrode. Also, the border around the silver grid pattern allows for an intentional current roll off to eliminate edge biting or stinging. UltraStim® Wire electrodes utilize Axelgaard’s patented multi-layer MultiStick® hydrogel, which eliminates performance problems frequently associated with electrodes featuring single-layer hydrogels. In addition, UltraStim® Wire’s polycoated white cloth backing provides a protective moisture barrier.

UltraStim® Dual
UltraStim® Dual patented current controlling neurostimulation electrodes distribute current evenly and comfortably, which enhances patient comfort. UltraStim® Dual electrodes are manufactured with a fixed distance between two electrodes to ensure convenience, ease of application, and comfortable effective stimulation.

UltraStim® X
UltraStim® X electrodes are a brilliant blend of Axelgaard’s advanced manufacturing techniques and superior design to offer flexibility, durability, and economy. Axelgaard’s unique cutting-edge manufacturing process for UltraStim® X results in exceptional quality as well as exceptional value. This electrode features Axelgaard’s proprietary silver grid pattern, which is calculated precisely to control electrical current evenly over the surface of the electrode. UltraStim® X electrodes are made with Axelgaard’s patented multi-layer MultiStick® hydrogel, an industry proven leader with uncompromised adhesion and performance. Also, the oversize border featured on UltraStim® X electrodes was specially designed to facilitate ease of proper removal to further promote electrode durability.

UltraStim® X Blue
The UltraStim® X BLUE electrodes feature a BLUE Hydrogel for those with extremely sensitive skin and are the next evolution of the superior UltraStim® X design. The distinctive silver grid pattern on UltraStim® X BLUE electrodes provides even current dispersion, which translates into a more comfortable therapy treatment for the user. The oversized border is specially designed to facilitate ease of proper removal to further promote electrode durability. Users can now experience the same exceptional quality and value of Axelgaard’s unique cutting-edge technology and manufacturing process for UltraStim® X with BLUE Hydrogel for sensitive skin with a water repellent backing. UltraStim X Blue are available in the existing 40mil version, and a soft new 70 mil version for even higher comfort.

UltraStim® Snap
UltraStim® Snap patented current controlling neurostimulation electrodes distribute current as evenly and comfortably as the UltraStim® Wire product line through the use of a snap connector rather than a lead wire. The bottom snap is scientifically chosen to match impedance in the entire system to provide even current distribution across the surface, even with a snap. The proprietary silver grid pattern is specially calculated to precisely control electrical current over the electrode surface, while the border around the grid pattern allows for an intentional current roll off to eliminate edge stinging. Utilizing Axelgaard’s patented multi-layer MultiStick® hydrogel eliminates performance problems associated with electrodes featuring single-layer gels.

UltraStim® Garment
This easy-to-use patented low back TENS solution combines the UltraStim® electrode technology with a supportive garment that requires no assistance for application or removal. Electrode placement instructions printed on the garment assist in proper electrode positioning and allow for precise electrode placement when used at home. For added convenience, easy storage, and reapplication, the electrodes stay on the garment when removed from the body.

ValuTrode® Cloth
ValuTrode® Cloth neurostimulation electrodes provide a superior quality electrode at an economical price. Every lead wire interface is customized for each electrode to optimize current distribution for all of the various shapes and sizes. Featuring Axelgaard’s patented multi-layer MultiStick® hydrogel, ValuTrode® electrodes are known for their durability and multiple applications to the skin. Tan cloth tops are also available by special order.

ValuTrode® Foam
ValuTrode® Foam neurostimulation electrodes feature the same construction as ValuTrode® Cloth electrodes but with a white foam top. Every lead wire interface is customized for each electrode to optimize current distribution for all of the various shapes and sizes. Featuring Axelgaard’s patented multi-layer MultiStick® hydrogel, ValuTrode® electrodes are known for their durability and multiple applications to the skin.

ValuTrode® X Cloth
Axelgaard’s advanced manufacturing techniques shine in this smartly designed conductive film electrode with a white cloth top. ValuTrode® X is the clinician’s choice for durability, reusability, and value. ValuTrode® X electrodes feature an oversized border to facilitate proper and easy removal, which further extends the life of the electrode. Better patient comfort during therapy is achieved with better skin adhesion through Axelgaard’s patented multi-layer MultiStick® hydrogel. The streamlined ValuTrode® X product line makes ordering simple. Tan cloth tops are available by special order.

ValuTrode® Foam
ValuTrode® Foam neurostimulation electrodes feature the same construction as ValuTrode® Cloth electrodes but with a white foam top. Every lead wire interface is customized for each electrode to optimize current distribution for all of the various shapes and sizes. Featuring Axelgaard’s patented multi-layer MultiStick® hydrogel, ValuTrode® electrodes are known for their durability and multiple applications to the skin.

ValuTrode® Lite
ValuTrode® Lite neurostimulation electrodes provide the ultimate in conformability with an ultra-thin, economical, conductive film electrode. ValuTrode® Lite’s low-profile design maximizes flexibility and allows the electrode to conform to all body contours. These electrodes feature an innovative anti-lift adhesive safety border that gently adheres to the skin to reduce stinging, edge biting, and roll ups. Even though ValuTrode® Lite is Axelgaard’s most economical electrode, this product line utilizes Axelgaard’s advanced MultiStick® hydrogel, which is electrically matched to the conductive film for stimulation comfort. In addition, custom white cloth, white foam, and tan cloth tops are also available by special order.

EconoStim® electrodes feature NEW EconoStick® hydrogel. The thinner version of Axelgaard’s world renowned patented MultiStick® hydrogel is the first of its kind. EconoStick’s advanced scrimless technology combines two hydrogel layers and results in a thinner hydrogel that’s “stickier” to the touch providing superior adhesion. These electrodes include our innovative anti-lift adhesive safety border that gently adheres to the skin to provide increased comfort and easy removal. The EconoStim® electrode with its distinctive black top is the latest addition to our economy electrode product line.

The Ionto480® buffered iontophoresis electrode treatment kit uses a scientific blend of materials for optimum comfort during treatment. The drug delivery pad includes a convenient fill reservoir, which makes medication application easy, and the soft foam backing conforms to body contours. In addition, the Ionto480® buffered return electrode with Axelgaard’s patented hydrogel creates a stable environment to prevent skin irritation and burns.