Intane Optics – Founded in 2003 by Prof. Zhou Bifang (ex-Director, Nanjing Astronomical Instruments Research Center, CAS), we are a national high-tech leader in precision optical solutions. Our expert team designs, integrates, and manufactures critical optics for high-performance instruments. With a 3,000m² facility, we combine cutting-edge processing (5-axis CCOS, ion beam polishing, 3m ring polisher, CNC) with proprietary tech (swing-arm/water-jet polishing). Rigorous quality control is ensured by 10 dynamic interferometers (4D, ZYGO), Zeiss CMM, and a 600mm plane interferometer in a 200m² constant-temperature lab. We meet evolving industry demands with advanced optical systems, collimators, and telescopes.
It is a cutting-edge solution at the forefront of satellite and emergency communications. Leveraging the inherent advantages of space-based laser communication,it is ideally suited for secure transmissions in radio-silent environments.Designed for high-throughput performance, anti-jamming resilience, and mobile deployment, this system provides a robust, high-speed data link for battlefield scenarios and disaster response operations. In emergency rescue missions, the system demonstrates exceptional rapid-response capabilities, enabling the establishment of a fully operational communication network within minutes, allowing for real-time transmission of high-definition imagery and medical data from disaster zones.
The VectorX™ Far Field Detection System,developed by Intane Optics, is a sophisticated optoelectronic targeting and tracking solution specifically engineered for detecting non-cooperative targets. With its advanced optical design and intelligent control technology, the system delivers precise detection, rapid identification, dynamic response, and reliable tracking of non-cooperative targets, even in challenging electromagnetic environments. The VectorX™ system ensures highly dependable target guidance for countermeasure systems, enabling precise target locking and guidance for long-range engagements, high-speed maneuvers, or operations under strong interference conditions.
Our reflective collimators deliver unmatched versatility, eliminating limitations from optical material properties like refractive index, uniformity, or defects. Constructed from fused quartz, Zerodur, aluminum, or SiC, they ensure high performance across UV to LWIR spectra without chromatic aberration or frequency constraints.Featuring aspheric designs, these systems support large apertures (up to 1.5m) and extended focal lengths (10m–100m+). Configurations include Newtonian, Cassegrain, RC, and multi-reflection layouts—co-axial or off-axis—optimized for precision and shielding needs.Custom coatings (Al/Ag/Au or dielectric) withstand power levels up to 30 kW/cm², while lightweight structures enhance adaptability for demanding applications.
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The Intane Optics BQ-Analyzer™ (Beam Quality Analyzer) is a versatile diagnostic solution designed for the precise evaluation and optimization of all types of laser systems. Engineered for high-precision applications across research, industrial, and defense sectors, this instrument provides accurate measurements of critical laser parameters, including beam diameter, beam quality (M²), optical axis jitter, and drift. Its robust and adapmount design accommodates a broad spectral range—from ultraviolet (UV) to far-infrared (FIR)—and supports both continuous-wave and pulsed laser sources. Its key feartures include flexible Integration,broad compatibility,environmental stability.
At Intane Optics, we design and manufacture high-performance collimators – essential components for shaping and directing beams of radiation (X-rays, gamma rays, particles, light) with exceptional accuracy. Our products include Reflective collimators,Refractivecollimators,Catadioptric collimators,Collimator accessories. Our collimators act as sophisticated spatial filters. They selectively allow radiation traveling in precisely defined directions to pass through while effectively absorbing stray or divergent radiation. This critical function significantly improves signal-to-noise ratios, minimizes image blurring, reduces unwanted scatter, and ensures measurement accuracy in your systems.
The High-Power Laser Beam Expansion System significantly enhances the performance of laser beam expansion and transmission through adaptive wavefront control and a high-precision divergence angle closed-loop mechanism. In the defense and security sector, the system effectively reduces beam divergence, maintaining high concentration of laser energy throughout transmission. In industrial processing, the system improves laser cutting and welding precision by meticulously controlling beam characteristics in the field of space communications, the system compensates for beam distortion caused by atmospheric turbulence, ensuring reliable, high-speed data transmission between satellites and ground stations.
At Intane Optics, we specialize in manufacturing large-aperture precision optical elements that deliver exceptional performance in the most advanced scientific, industrial, and defense applications. Our components enable cutting-edge systems to achieve unparalleled accuracy, resolution and reliability. Critical Applications We Enable:Astronomy & Space Telescopes High-Energy Laser Systems: Low-wavefront-distortion optics for directed energy and fusion research.Semiconductor Lithography: Ultra-precision components for EUV and DUV steppers.Advanced Metrology: Reference flats and interferometer optics for nanoscale measurement.Defense & Aerospace: Large-aperture IR windows, laser domes, and surveillance mirrors.
Intane's M-Plan Apo industrial apochromatic objectives are designed for bright field applications, offering an optimal balance between long working distance and ultra-high numerical aperture. These objectives provide exceptional cost-efficiency without compromising on performance. Plan-apochromat objectives with superior chromatic aberration correction, ensuring exceptional color fidelity.Outstanding resolution and ultra-high numerical aperture for superior clarity in both observation and photomicrography, delivering optimal color purity, contrast, and image flatness.High resolution with minimal distortion, ensuring precise and accurate imaging.Cost-effective performance with excellent optical quality.
Intane Optics is actively engaged in research on ultra-precision optical component processing technology. We have achieved full-spectrum nano-scale processing accuracy in the manufacturing of optical aspherics, spheres, planes, cylinders, and windows. Through high-performance optical coating, our products feature long life, high reliability, high strength, and diversity of optical components.Based on high-precision optical components, Intane Optics also has developed a series of high-precision optical testing instruments and equipment. Collimators of various aperture and specifications have a good reputation among customers.
We boast 20 years of rich experience in the engineering development of laser communication terminals, featuring high isolation, superior coaxiality, and unparalleled stability. Our products are lightweight and consume minimal power, and we possess a series of specialized inspection equipment. With expertise in developing third-generation ground stations, we have independently and successfully completed the research and development of Tiandi laser communication for commercial space enterprises. We manufacture key components independently, mastering core technologies to ensure main controllability, efficient production, and a shorter supply period.
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