🔷 Laser Optics

Precision Optics for High-Performance Laser Systems

Laser optics are the core components of beam delivery, shaping, focusing, and manipulation in industrial, medical, and scientific systems. At Yighen Ultra Precision, we specialize in the custom design and manufacturing of laser optical components, supporting wavelengths from UV to IR and power levels ranging from milliwatts to kilowatts.

Our manufacturing facility in Dongguan offers full in-house capabilities—from mold tooling, diamond turning, and optical coating, to optical system integration—ensuring high consistency, fast turnaround, and outstanding optical performance.

🔹 Types of Laser Optics We Provide

We offer a wide range of custom and standard laser optics, including:

• Laser Lenses
  – Plano-convex / bi-convex / meniscus lenses
  – F-Theta scanning lenses
  – Aspheric & cylindrical lenses for beam shaping

• Laser Mirrors
  – Dielectric coated mirrors (HR, HT, PR)
  – Metallic mirrors for high-power laser lines
  – Freeform or off-axis designs for beam steering

• Beam Splitters
  – Polarizing and non-polarizing
  – Cube, plate, and custom-shaped splitters

• Laser Windows & Protective Optics
  – Fused silica, BK7, sapphire, ZnSe, ZnS, etc.
  – AR coatings for specific laser wavelengths

• Collimating & Focusing Assemblies
  – Collimator lenses with diffraction-limited performance
  – Integrated beam expanders and telescopic optics

We support both continuous-wave (CW) and pulsed laser systems, including ultrafast femtosecond sources.

🔹 Common Applications of Yighen’s Laser Optics

Our custom laser optics can be optimized for Nd:YAG, CO₂, Excimer, Er:YAG, diode lasers, and more.

🔹 Manufacturing Capabilities & Specifications

We offer LIDT testing for high-power applications upon request.

🔹 Materials We Work With

• Fused Silica / Quartz – Ideal for high-power UV/IR transmission

• BK7 / N-BK7 – Cost-effective for visible/NIR wavelengths

• Sapphire – High thermal conductivity and hardness

• CaF₂ / MgF₂ – Excellent for UV and IR laser optics

• ZnSe / ZnS – Infrared transmission up to 12 μm

• Optical Plastics (for prototyping or low-power systems)

🔹 Why Choose Yighen for Laser Optics?

✅ Extensive experience with custom laser-grade optics
✅ In-house precision polishing, diamond turning & coating
✅ High damage-threshold coating designs
✅ Cleanroom assembly for laser submodules
✅ Short lead times, engineering collaboration, low MOQ

❓ FAQ

Q: Can Yighen customize optics for femtosecond or ultrafast lasers?
A: Yes. We offer optics designed for low GDD, high LIDT, and dispersion control.

Q: Do you offer LIDT testing or certification?
A: Yes. Upon request, we provide LIDT reports according to ISO 21254 standards.

Q: Can you design full optical assemblies for laser beam shaping?
A: Absolutely. We also offer opto-mechanical design and system integration services.

🔴 High-Performance Optics for Laser Applications

Yighen delivers custom laser optics for industrial, medical, and research systems — including collimators, beam expanders, focusing lenses, windows, and mirrors.
We support high LIDT coatings, low-absorption substrates (fused silica, CaF₂, ZnSe), and thermal stress-resistant designs for CW and pulsed laser systems.

Our optics are engineered for optimal wavefront performance, anti-reflection durability, and beam profile stability.

🔵 Request a Laser Optics Quote or Custom Design Review
📩 Let us know your wavelength, power level, beam path, and environment — we’ll get back with technical recommendations within 24 hours.

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Want to review our AR coatings or LIDT capabilities?
📄 Download the Laser Optics Capability Sheet

Looking to integrate laser optics into a complete module or scanner system?
👤 Learn More About Yighen

🔗 Related Content

• 🌫 Optical Coating Services
  Durable dielectric, hybrid, and metal coatings optimized for laser use.

• 📏 Optical Tolerancing & Simulation
  Beam shaping simulations, thermal analysis, and power alignment tolerancing.

• 🔍 Optical Engineering Services
  From Gaussian beam modeling to custom optical path design for laser systems.

• 🔬 Ultra-Precision Machining
  Low-roughness machining of high-damage-threshold substrates.