Diagnostic Instruments

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.

Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance.