High‑power laser manufacturers depend on optics that withstand extreme intensities, offer high reflectivity or transmission and maintain spectral accuracy. OPTOMAN’s IBS‑coated mirrors and anti‑reflective optics provide reflectance per surface down to R < 0.01 % and high damage thresholds (>168 J cm⁻² at 1064 nm). Custom optics cover a wide spectral range (193–5000 nm) and sizes up to 420 mm to support industrial lasers and OEMs. These coatings offer high repeatability, ensuring stable production runs and longer component life.

Industrial laser processing, cutting, welding, drilling and additive manufacturing, demands optics that can handle continuous‑wave and pulsed power while maintaining beam quality. OPTOMAN’s beam‑combining and beam‑splitting optics use durable IBS coatings optimized for laser line or broadband performance with very small splitting tolerances. Steep‑edge dichroic mirrors provide transmittance > 99 % or reflectance > 99.9 % with minimal pulse dispersion, supporting multi‑wavelength processing and wavelength‑separating systems. For ultrafast micromachining, OPTOMAN supplies dispersive mirrors (GTI or chirped) with group‑delay dispersion (GDD) values from –20 fs² to ±10 000 fs² to compensate dispersion and preserve pulse duration.

Researchers require optics that are spectrally precise, stable and capable of withstanding ultrashort pulses. OPTOMAN’s custom dielectric thin films deliver high LIDT, precise spectral accuracy and environmental stability across UV, visible and IR bands. Anti‑reflective coatings exhibit absorption < 1 ppm per surface and enable high transmission windows and lenses. For spectroscopy or high‑power amplifiers, OPTOMAN produces dichroic and polarizing optics with extinction ratios up to 10 000:1. Large‑diameter optics up to 420 mm help build vacuum beamlines and high‑energy experiments.

Fusion energy research requires large‑diameter optics and high‑damage‑threshold coatings to focus multi‑joule laser pulses onto fuel targets. OPTOMAN manufactures optics up to 420 mm in diameter with high reflectivity (R > 99.99 %) and high laser‑induced damage threshold. The ability to produce segmented coatings and 100 % coated apertures supports complex beam‑shaping elements used in inertial confinement fusion experiments. These optics help laboratories achieve consistent beam quality and minimize downtime from optic failure.

Laser‑based medical equipment, used in surgery, dermatology, ophthalmology and dentistry, needs optics that deliver precision and reliability while resisting contamination and wear. OPTOMAN collaborates with leading medical laser manufacturers to develop anti‑reflective coatings, high‑LIDT mirrors, polarizers and beamsplitters. IBS‑coated optics offer low absorption (<1 ppm per surface), minimizing thermal effects and ensuring stable beam delivery. Custom designs cover wavelengths from 193 nm (excimer lasers) to 3–5 µm (mid‑IR surgical lasers), enabling doctors and OEMs to select the perfect coating for their device.