(83 products available)
The Wagner electrodes come in distinct forms suitable for diverse applications. They comprise the following:
This electrode pertains to the brain surgery sector and comes affixed with multiple stimulating tips. Surgeons implant it for deep brain stimulation in conditions such as Parkinson’s disease. It enables precise targeting, thus enhancing surgical outcomes with minimal invasiveness.
These handcrafted electrodes consist of lightweight, durable plastic. Ideally, they are designed for biofeedback and electrotherapy. Their non-conductive plastic casing protects patients during electric stimulation treatments. They are comfortable and fit for prolonged usage.
These electrodes provide a vital function of establishing an electric pathway. They are essential for professional electroplating and electrolysis operations. With a thin, flexible design, they emit even current distribution. They serve to minimize paint and plating defects.
The Wagner Meters electrodes command precision moisture measurement in wood and construction materials. Mostly they come with stainless steel probes that ensure minimal resistance. This allows for a precise electric flow and accurate moisture readings. They also uphold durability for vigorous field use.
Wagner electrodes find utility in distinct but significant industries. They include:
In this sector, the Wagner stereotactic electrodes ideally aid in brain surgeries. Their precision in deep brain stimulation provides relief for Parkinson’s disease and other movement disorders. Reduced invasiveness enhances patient recovery. Thus, they are important in neurotherapy.
Wagner electrodes apply plastic electrodes in this therapy for muscle monitoring and skin electrical activity. They help therapists track physiological responses for stress management. They improve mental health by enabling real-time feedback during relaxation training. This leads to effective results.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. In this industry, Wagner paint electrodes ensure even current distribution during electroplating. These electrodes cater to high-quality finishing on metals. They give a smooth and consistent surface. This reduces defects and enhances adhesion in industrial applications.
Wagner meters electrodes measure moisture levels in wood and building materials. They guarantee accuracy in finding moisture content, ensuring proper wood usage and preventing mold growth. These tools also enable professionals to improve material longevity and structural integrity, thus critical in preventing water damage.
In the automotive industry, Wagner electrodes are indispensable in anti-corrosion metal coating and paint application. They ensure even charge distribution and a smooth electrostatic spray-painting process. This leads to superior paint finishes on vehicles. Better paint adherence results in enhanced durability. The outcome is a longer-lasting and visually appealing vehicle.
The specific features of Wagner electrode products are as follows:
Proper care and maintenance of Wagner electrodes involve necessary precautions to increase their lifespan and functionality. Here is how:
For surgical or medical electrodes, disinfect them after each use with an antiseptic wipe. This ensures hygiene and prevent cross-contamination. Biofeedback or other plastic electrodes require that one wash them under lukewarm water with mild soap. Do not use harsh chemicals. They will weaken the electrode material. Also, ensure the electrode area is dry before storage. This prevents mold or material degradation.
Conduct thorough visual checks once every week for wires, probes, or paint electrodes to keep on eye for potential wear. Look out for cracks, corrosion, or any sign of physical damage. Corrosion is a common issue on painted electroplates under wet conditions. Use anti-corrosive varnish or regularly clean the probes to minimize this effect.
Additionally, apply a silicone sealant to protect the electrodes from moisture or dust accumulation.
For stereotactic electrodes, store them in a regulated environment with stable humidity and temperature. Use a protective case to prevent damage. Plastic biofeedback electrodes have to be stored in a cool, dry environment, preferably in a separate pouch to avoid breakage.
For painted or other industrial electrodes, keep them in a neat, dry area, preferably in a sealed container, and away from direct sunlight exposure. Plastic containers are ideal as they prevent dust from settling while avoiding static charges that might disrupt function.
Replace Wagner stereotype electrodes after about 10 uses or if damaged. Biofeedback plastic electrodes usually last up to 6 months but do frequent checks. For electroplating electrodes, signs of wear will warrant immediate replacement. Contact Wagner for compatible spare parts. For painted electrodes, gently sand down worn areas before applying a new conductive layer or coating.
Selection considerations will vary depending on usage. Some of the factors to consider include:
For the medical sector, Wagner stereotactic electrodes work for deep brain stimulation. Biofeedback employs plastic electrodes for skin potential and muscle monitoring.
In electroplating or electronics, painted electrodes are ideal for smooth metallic coating. While in construction, Wagner meter electrodes ensure moisture content measurement. Select the type that performs the required task effectively.
Plastic Wagner electrodes are durable, lightweight, and very comfortable. Great for non-invasive procedures in the clinics. The Wagner paint electrodes consist of stainless steel. They provide corrosion resistance while ensuring a long electrode life. They also ensure quality electrolysis and electroplating.
Wagner electric stereo electrodes conform to different brain shapes and sizes. They come in variegated lengths and diameters. Most plastic electrodes for biofeedback are standard sizes. Ideal for general applications but can be custom-cut for specific body parts. Electroplating electrodes should fit the item’s surface for equal current flow.
Wagner Meters electrodes have high accuracy. This attribute is crucial in industries that demand high standards. Such as construction and neurosurgery. Wagner paint electrodes offer consistency in electric field distribution. They are critical for quality surface finishes during electronic manufacturing.
Plastic Wagner electrodes have an affordable price while ensuring comfort. Stainless steel Wagner electrodes give an elite level of performance at a false long-term cost. Plastic and paint electrodes offer value for mass production.
Further, while less expensive than metal counterparts, they can be replaced regularly to maintain optimum performance without budget overruns.
A1: The Wagner Stereotactic and plastic electrodes are reusable. They can go up to 10 uses. Stainless steel painted electrodes are often used in permanent applications. Especially in industrial environments. While Wagner Meters electrodes are reusable, replace them for accurate readings.
A2: Wagner electrodes vary in size and diameter to suit distinct applications. For example, Wagner stereotactic electrodes resort to various lengths and diameters for neurosurgery. Biofeedback plastic electrodes come in standardized shapes. The Wagner painted electrodes have to fit the item’s surface for equal current distribution.
A3: Wagner advises cleaning their surgical & Biofeedback electrodes. They suggest using hard soap with disinfectant antiseptic detergents for painted electrodes. Never use steel wool or abrasive material, as they might scratch. For plastic electrodes, wash them with lukewarm water and mild soap. Harsh chemicals might weaken the plastic material. Always ensure they are dry before storing them.
A4: Biofeedback electrodes have a lifespan of six months when correctly maintained. They are commonly used in medical therapy. Their longevity may be affected by usage frequency and environmental conditions. Primarily humidity and sweat exposure.
A5: Yes, painters have used Wagner Painted electrodes in outdoor conditions. A proper protective coating will enhance electrode durability.”