APPLICATIONS

• Microscopy: Suspension wafers are extremely useful in optical and electron microscopy. Thanks to their microscopic size and excellent uniformity, they can serve as a substrate for observing a variety of samples. They allow you to obtain clear and precise images, facilitating research in the fields of biology, medicine, chemistry and other life sciences.
• Photonic technologies: Suspension wafers are used in many fields related to fiber optic and photonic technology. They are used to produce ultra-thin films, such as surface waves or optical microstructures, that control and manipulate light waves. With them, it is possible to create advanced optical components such as filters, phase gears, modulators or lasers.
• Nanotechnology: Suspension wafers are also relevant in the field of nanotechnology. Due to their microscopic size, they can serve as a substrate for nanoparticles, nanowires and other nanostructures. They allow for controlled application of materials and manipulation of their properties. They are used in the design and manufacture of nanomaterials, nanoelectronics, sensors, biochips and many other advanced technologies.
• Biomedical research: In the field of biomedicine, suspension plates have many applications. They are used for cell culture, tissue analysis, disease diagnosis, as well as gene therapy and drug delivery. Thanks to their microscopic structure, they can be carriers of bioactive substances that are transported and released to achieve the desired therapeutic effects.
• Materials engineering: Slurry wafers are also an important component in the field of materials science. They are used to form surface layers with specific properties such as abrasion resistance, anti-corrosion or high temperature resistance.