24-Hour Extended Wear SCG Surface Conductor Grid

Why the Problem Exists:

The #1 performance problem with traditional and existing electronic training devices is the capability to interface their output to the animal's sensory system consistently and effectively over time, and without causing trauma to the animal's skin, both of which lead to behavioral side-effects. As an example -- a barking dog is just waiting for the owner to take the collar off so it can bark again. When a containment system is being used, one must kennel the dog during neck resting periods. While using a remote trainer, subtleness is extremely important where the level of stimulation being deployed needs to be clearly understood by the dog.

The Solution:

By simply redirecting the stimulator's output energy through many conductors spaced in a small centralized location, this concentrated energy greatly improves the excitation of the nerve endings; wherein, even lower levels of stimulation can deliver concise, consistent, and efficient messages to the animal's sensory system while not causing tissue breakdown, even with 24/7 usage.

The Result:

Continuous wear-time without causing skin tissue breakdown (anti-bark and containment fencing devices), while reducing the level of stimulation (remote trainers) allows for animals to learn quicker with improved behavior modification results with virtually no trauma. "Real" value realized for the customer's investment.

Why the SCG System works:

Existing training devices use at least two protruding metal electrodes to distribute the stimulator's output to the animal. These two electrodes are attached to the stimulator housing and are commonly spaced from 1 to 1 1/2 inches apart. They must protrude far enough from the stimulator housing to penetrate the animal's coat and make direct contact with the skin -- generally 1/2 inch to 3/4 inch in length. The distance alone between the two electrodes requires many more nerve endings needing to be energized consistently while the mass of these two electrodes impair the focal point of the electrical energy.

With most of today's electronic training products offering the means to adjust the level of stimulation delivered to the animal, subtleness is extremely important during training sessions when applying different levels or kinds of stimulation. Unfortunately, this requires greater importance on the performance of the electronic circuitry to transfer it's energy output to the animal consistently and effectively. This demand is what contributes to the poor performance capability of these products, and is conveniently overcome by simply installing the SCG adapter.

By providing this improved interface, the dog will now be able to learn what is expected from its human partner quicker, easier, and with less confusion (stress), and in many cases at lower levels of stimulation. Conversely, the owner/trainer can remove the fear-factor concerning neck trauma leading to unnecessary veterinarian costs.