21 - 23 Jun 2022 International trade fair for laser material processing
07.03.2018 - 15:44

Qioptiq Introduces New LINOS F-Theta-Ronar 265mm Lens for 1900-2000nm

Qioptiq, an Excelitas Technologies Company and global technology leader in delivering innovative optical and photonic solutions, introduces its new LINOS F-Theta-Ronar 265mm Lens for 1900-2000nm.

The small, fused silica lens for scanning areas up to 177x177mm² at a wavelength of 1900-2000nm is ideal for high power applications requiring reduced thermal focus shift including melting processes such as polymer welding, clear plastic welding and 3D structuring/selective laser etching of glass and silicon.

Featuring a shorter focal length compared to existing F-Theta-Ronar scan lenses, the 265mm lens for 1900-2000nm results in smaller overall size. It also delivers a large scan field of up to 177x177mm2 with the same minimum spot size of 94µm, as compared to existing scan lenses with a focal length of 354mm for 1900-2000nm.

The LINOS F-Theta-Ronar 265mm Lens is one out of many available lenses from Qioptiq, which offers a range of telecentric and non-telecentric lenses with varying focal lengths. Additional product attributes of the F-Theta-Ronar 265mm lens include:

  • Entrance beam diameter of up to 10mm resulting in a spot size of 94µm
  • Complete fused-silica design
  • Focal lengths for 1900-2000nm ranging from 265mm to 437mm, tolerance ±1 %
  • Screw thread M85x1
  • Transmission ≥ 96 % at 1940n
  • Interchangeable protective glass

“We are extremely excited to expand our popular LINOS F-Theta-Ronar Lens product line with the addition of the LINOS F-Theta-Ronar 265mm Lens for 1900-2000nm,” said Matthias Koppitz, Application Engineer at Qioptiq. “The development of lasers with higher power levels has created a growing market for precision lenses. Our new LINOS F-Theta-Ronar 265mm Lens provides both a smaller overall size and large scan field, backed by the excellent coating competence, reliable operation and technical support that Qioptiq delivers.”


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