Electrodes

Dry Contact Technology Dry Contact Technology replaces traditional liquid or gel-filled ISE&#39s. Dry contact electrodes require no preconditioning.

Dry Contact Technology Dry Contact Technology replaces traditional liquid or gel-filled ISE&#39s. Dry contact electrodes require no preconditioning.

Dry Contact Technology Dry Contact Technology replaces traditional liquid or gel-filled ISE&#39s. Dry contact electrodes require no preconditioning.

The Lumin-S optical dissolved oxygen sensor delivers reliable DO measurements over a long operating life. There are no membranes to replace, no electrolyte solutions to replenish, and no anodes to clean.

The Lumin-S optical dissolved oxygen sensor delivers reliable DO measurements over a long operating life. There are no membranes to replace, no electrolyte solutions to replenish, and no anodes to clean.

Virtually eliminate fringe field interference errors with the advanced Thermo Scientific&trade Orion&trade DuraProbe&trade 4-Electrode Conductivity Cells. Durable and extremely accurate under a wide range of conditions.

Ideal for all routine pH measurements. A large variety of quality electrodes for a wide range of applications. Includes specialty pH electrodes for unique or challenging pH measurements.

Measurements using an ion selective electrode (ISE) are applicable in virtually every laboratory. ISEs can be used to measure ion concentrations in water, food, pharmaceuticals and biological samples.

Orion Automatic Temperature Compensation (ATC) probes transmit a signal to the pH meter, which automatically corrects pH measurements for variation in electrode slope due to temperature change.

Measurements using an ion selective electrode (ISE) are applicable in virtually every laboratory. ISEs can be used to measure ion concentrations in water, food, pharmaceuticals and biological samples.

Measurements using an ion selective electrode (ISE) are applicable in virtually every laboratory. ISEs can be used to measure ion concentrations in water, food, pharmaceuticals and biological samples.

Measurements using an ion selective electrode (ISE) are applicable in virtually every laboratory. ISEs can be used to measure ion concentrations in water, food, pharmaceuticals and biological samples.