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F-theta lenses are the optics of choice for laser scanning, engraving, and cutting systems. At Avantier we produce high-performing custom F-theta lenses for a wide range of clients.

Scan mirrors or a galvanometer are typically used to move a laser beam linearly in a scanning system. This enables the laser to be guided for drilling, cutting, or engraving. If an ordinary lens were used to focus the laser, the curved lens surface would lead to  changes in the beam profile as the distance from the optical  axis changes. These changes in the beam profile could lead to inconsistency in optical power and result in manufacturing defects.

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F-theta lenses eliminate both types of manufacturing errors  and enable consistent, reliable laser-powered materials processing.

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Optics and Photonics: Optical glass is widely used in the manufacturing of lenses, prisms, mirrors, and other optical components for cameras, ...

An f-theta lens (also known as a plane field objective or scan lens) is not just one optical piece; it is an assembly containing three or four lenses pre-aligned and mounted within  sturdy housing for easy use. While an ordinary lens can be used to focus a laser beam on a spherical surface, using a F-theta lens allows you to work with a plane focusing surface. It also features a spot size that is almost constant over the scan field, and a laser spot position proportional to the scan angle. This makes it incredibly useful for use with lasers.

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A traditional flat-field scanning lens  solves this problem to some extent by focusing light on a flat plane. However, they introduce other aberrations and errors because the image produced does not move linearly as the angle changes.

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Laseroptik; Spektroskopie; Interferometrie. Dabei ist es egal, ob es sich um Licht- oder Materiewellen handelt. Auch in der Lasertechnik spielt die Kohärenz bei ...

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F-theta lenses are the optics of choice for laser scanning, engraving, and cutting systems. At Avantier we produce high-performing custom F-theta lenses for a wide range of clients. An f-theta lens (also known as a plane field objective or scan lens) is not just one optical piece; it is an assembly containing three or four lenses pre-aligned and mounted within  sturdy housing for easy use. While an ordinary lens can be used to focus a laser beam on a spherical surface, using a F-theta lens allows you to work with a plane focusing surface. It also features a spot size that is almost constant over the scan field, and a laser spot position proportional to the scan angle. This makes it incredibly useful for use with lasers. Applications of F-Theta Lenses F-theta lenses are a key part of many laser scanner systems, especially those in which high resolution and a flat imaging field are needed.  In materials processing drilling, welding, and cutting of synthetic materials with laser often relies on F-theta lenses, as do engraving and labeling systems and image transfer.  In biotechnics, these lenses play a part in ophthalmology and confocal microscopy.     Why Choose F-Theta Lenses For Scanning Applications Scan mirrors or a galvanometer are typically used to move a laser beam linearly in a scanning system. This enables the laser to be guided for drilling, cutting, or engraving. If an ordinary lens were used to focus the laser, the curved lens surface would lead to  changes in the beam profile as the distance from the optical  axis changes. These changes in the beam profile could lead to inconsistency in optical power and result in manufacturing defects. A traditional flat-field scanning lens  solves this problem to some extent by focusing light on a flat plane. However, they introduce other aberrations and errors because the image produced does not move linearly as the angle changes.   F-theta lenses eliminate both types of manufacturing errors  and enable consistent, reliable laser-powered materials processing.   To learn more about the available products or to order, visit Avantier’s website.

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Doric Lenses now offers the two-photon laser scanning microscope range from the Hungarian company Femtonics.

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F-theta lenses are a key part of many laser scanner systems, especially those in which high resolution and a flat imaging field are needed.  In materials processing drilling, welding, and cutting of synthetic materials with laser often relies on F-theta lenses, as do engraving and labeling systems and image transfer.