Several assemblies, production, and testing needs can be met with linear slide positioning systems. When it comes to high-precision motion control, these slides are the best option, especially in micropositioning and nanopositioning applications. They come with a range of motors, including piezo, voice-coil, linear, and DC servo motors with ball screws or lead screws.
A user would normally anticipate führungsschiene to have several desired characteristics. Smooth and low-friction movement, precision at the micro or nanoscale, and repeatability are the three requirements. Linear slides are widely utilized in a variety of industries. They could, for example, be used in the medical field, the semiconductor industry, the electronics and packaging industry, and so on.
Here are a few examples of how linear slides are used in the workplace:
- Packaging industry: Precise motion control is required in several applications in the packaging business. For example, video camera-based testing necessitates continual camera and lens adjustments. Precision motion can be achieved in this scenario by employing linear stages or guides.
- Metrology – Making micrometer or nanoscale measurements is a difficult undertaking that necessitates the use of high-end, precise equipment. A linear slide can be used for a variety of purposes in the field of metrology.
- Direct laser writing: it is a technology for writing with a laser. Precision motion control is required when making minute markings or inscriptions on many types of metals, ceramics, polymers, and composites. The use of führungsschiene has a wide range of applications in this area as well.
- Electronics: Linear slides are used in a variety of applications, from production to alignment to testing. These slides can also be used to put together small parts in electronic devices, wafers, and microchips.
- Medical device testing and manufacturing: A pacemaker, for example, can be constructed, tested, and aligned using equipment enabled by a micro linear slide.