In advanced optical engineering, where precision and performance are pushed to the physical limit, a reliable planar reference defines the success of an entire system. We specialize in manufacturing large-aperture, high-precision flat mirrors that serve as both optical and structural foundations for high-end applications. From astronomical telescopes to high-energy laser systems, our ultra-precision machining and […]
What Lenses Are Best for Space Applications Requiring High Image Quality and Light Collection? Answer: The optimal choice for space-based imaging and sensing systems is the large-aperture aspherical lens. These precision-engineered optics provide unmatched aberration correction, light-gathering ability, and durability under extreme conditions such as wide temperature fluctuations, radiation exposure, and launch vibrations. Why Space […]
Key Takeaways Fiber lasers (1.06 μm) excel in aerospace, defense, and medical sectors due to superior beam quality, efficiency (30–40%), compact design, and strong metal absorption, making them ideal for precision welding, micro-drilling, and high-energy defense systems. CO₂ lasers (10.6 μm) remain unmatched for non-metals and biological tissues, excelling in composites, ceramics, polymers, and soft-tissue […]
Precision optical components form the cornerstone of modern optical systems, playing a pivotal role in determining the performance and quality of optical devices.
Ritchey Chrétien (RC) telescopes are advanced reflecting telescopes renowned for their exceptional image quality and minimized optical aberrations.
The Ritchey-Chrétien (RC) telescope, a specialized variant of the Cassegrain optical system, is renowned for its advanced design.
Optical Design for Manufacturing optimizes your optical components and assemblies for efficient production.
Discover the key considerations and design specifications for off-axis parabolic mirrors in high-performance optical systems.
Infinite Conjugate Long Working Distance Microscope Objectives offer high magnification and more flexibility than finite conjugate systems.
In the realm of optical instrument design, reflective microscope objectives represent a groundbreaking approach, conquering chromatic aberration and achieving diffraction-limited performance across a vast wavelength range.
