Company profile
MLOptic manufactures customized precision optical elements, lenses and systems for applications including LiDAR, testing and metrology.
Products
LiDAR Precision Optical Lenses/Components
MLOptic provides optical components for LiDAR (Light Detection And Ranging) systems, where such lenses serve as receiver lenses in LiDAR systems. According to the company, LiDAR systems determine distance and speed by generating 3D images of the surrounding environment and are commonly used in the automotive industry to enable driverless vehicles. Optical components in LiDAR systems must withstand harsh environmental influences such as extreme heat, severe cold and dirt, so MLOptic offers optical components guaranteed to meet these special environmental requirements. The official website describes the product as featuring a large aperture, non-thermal design and strong weather resistance, and as meeting industrial test standards for high/low temperature, vibration and shock; it is mainly used in driverless LiDAR to ensure imaging quality. Its features include near-infrared (NIR) wavelengths, large relative aperture, small distortion, resistance to the environment, and a low stray light effect that reduces system noise.
The website publishes no numerical technical parameters, only the following structural parameters and feature descriptions: near-infrared (NIR) wavelength; large relative aperture; small distortion; resistance to environment; low stray light effect, reducing system noise; large aperture; non-thermal design; strong weather resistance; compliance with industrial test standards for high/low temperature, vibration and shock.
- Driverless LiDAR (unmanned lidar)
- Receiver lenses in LIDAR systems
- Autonomous driving environment perception: generating 3D images of the surroundings to determine distance and speed
- Automotive optical scenarios requiring resistance to extreme heat, severe cold and dirt
Automotive LiDAR, ToF and Visible-Light Camera Optics and Systems
On its LiDAR & Self-driving application page, MLOptic states that the future of the automotive industry is driven by two major developments, automation and artificial intelligence (AI), and that driverless cars are expected to reduce traffic accidents by 90%. The company is committed to meeting the stringent requirements of optical perception performance for driverless vehicles, noting that large relative apertures and high transmittance improve sensitivity, while high resolution and low stray light improve imaging quality. MLOptic has established proprietary processing and manufacturing technologies and has developed LiDAR, ToF and visible-light (VIS) camera components and systems that meet the automotive industry's requirements for durability, reliability and stability.
The website publishes no numerical parameters, only the following structural technical directions: large relative apertures and high transmittance improve sensitivity; high resolution and low stray light improve imaging quality; products must meet the automotive industry's requirements for durability, reliability and stability; the company has proprietary processing and manufacturing technology.
- Driverless cars
- Automotive LiDAR optical components and systems
- Automotive ToF optical components and systems
- Automotive visible-light (VIS) camera optical components and systems
- Improving road safety (the website states driverless cars are expected to reduce traffic accidents by 90%)
Aspheric Lenses
Aspheric lens product family under the OPTICAL COMPONENTS section of the MLOptic website's Products & Capabilities. Using aspheric surface profiles to achieve aberration correction and lighter optical systems, it is one of the precision optical component product lines offered by the company.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Spherical Lenses
Spherical lens product family under the OPTICAL COMPONENTS section of the MLOptic website, offering design, fabrication and coating capabilities for conventional spherical optical components; one of the basic categories of the company's precision optical component lines.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Cylindrical Lenses
Cylindrical lens product family under the OPTICAL COMPONENTS section of the MLOptic website. The Industrial Inspection application page also mentions that custom objective lenses, cylinder lenses, lighting, DLC prisms and other accessories designed and manufactured according to customer needs and specifications can be supplied, explicitly identifying cylindrical lenses as a supply category for industrial inspection applications.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Freeform Optics
Freeform optics product family under the OPTICAL COMPONENTS section of the MLOptic website, aimed at optical systems requiring non-rotationally symmetric surfaces to achieve compactness and high image quality; one of the company's precision optical component lines.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Prisms
Prism product family under the OPTICAL COMPONENTS section of the MLOptic website. The Industrial Inspection application page mentions the supply of DLC prisms and other accessories designed and manufactured to customer requirements, indicating a clear application of the prism family in industrial inspection.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Waveplates
Waveplate product family under the OPTICAL COMPONENTS section of the MLOptic website, used for polarization state control. The AR/VR application page of the website lists 'Wave plates' as one of the components of AR/VR GLASS OPTICAL COMPONENTS, alongside waveguide glass substrates and aspheric micro-lenses/prisms.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- AR/VR display and eyewear optical components
- Polarization optical systems
- Life science fluorescence imaging
- Industrial inspection
- Optical communications
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Optical Filters
Original website text (Medical application page product card): 'High-performance Optical Filters for precise wavelength control, enhanced imaging, and superior optical system performance' - i.e., high-performance optical filters for precise wavelength control, enhanced imaging and superior optical system performance. The Life Science application page also explains: in real-time PCR systems, filter switching combined with SMD LED arrays enables fluorescence excitation at different wavelengths.
The website describes them as 'high-performance optical filters, for precise wavelength control, enhanced imaging, and superior optical system performance'; no numerical parameters such as center wavelength, bandwidth, transmittance or blocking depth are published.
- Fluorescence excitation for real-time PCR and DNA sequencing
- Fluorescence imaging systems
- Medical diagnostic equipment
- Life science instruments
- Industrial inspection
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Reticles
Reticle product family under the OPTICAL COMPONENTS section of the MLOptic website, used for aiming, alignment and measurement calibration in optical systems; one of the company's precision optical component lines.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Metrology and alignment systems
- Machine vision
- Industrial inspection
- Medical and dental imaging equipment
- AR/VR metrology
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Mirrors
Mirror product family under the OPTICAL COMPONENTS section of the MLOptic website, used for beam folding and optical path construction; one of the company's precision optical component lines, which can be combined with the website's Optical Coating capability.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Bonded Optics
Bonded optics product family under the OPTICAL COMPONENTS section of the MLOptic website. By cementing multiple optical elements into integrated assemblies, it achieves complex aberration correction and a compact optical path, reflecting the company's component-level integration manufacturing capability.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Diffractive Optical Elements DOE and Computer-Generated Holograms CGH (DOE(CGH))
DOE (Diffractive Optical Element) / CGH (Computer Generated Hologram) product family under the OPTICAL COMPONENTS section of the MLOptic website, used for beam shaping, beam splitting and wavefront control; one of the company's micro/nano optics capabilities.
The website's product tree lists this family under the top-level 'OPTICAL COMPONENTS' section as an independent product family; the family page publishes no numerical technical parameters (aperture, surface accuracy, surface roughness, coating specifications, etc.); parameters are customized according to customer drawings and application requirements.
- Beam shaping and beam splitting
- Machine vision and structured light
- AR/VR display
- Industrial inspection
- Metrology systems
- LiDAR and autonomous driving
- Life science instruments
- Medical and dental imaging equipment
- Industrial inspection
- AR/VR display and metrology
- Machine vision
- Optical communications and data-center interconnects
- LiDAR and autonomous driving
Standard Objectives
Standard objective lens product family under the OPTICAL MODULES section of the MLOptic website's Products & Capabilities, supplied as off-the-shelf products. The Industrial Inspection application page states: 'We have a full range of industry back-end detection objective lenses for customers to choose from.'
The website positions it as the standard (off-the-shelf) objective product line under the OPTICAL MODULES section; no numerical parameters such as focal length, numerical aperture, field of view or working distance are published.
- Industrial inspection (back-end detection objectives)
- Machine vision
- AOI automated optical inspection
- Semiconductor and electronics manufacturing inspection
- Life science microscopy imaging
- Medical imaging equipment
Custom Objectives
Custom objective lens product family under the OPTICAL MODULES section of the MLOptic website. Besides the full range of industry back-end detection objectives, the Industrial Inspection application page states that 'we can provide customized objective lenses, cylinder lenses, lighting, DlC prisms and other accessories designed and manufactured according to customer needs and specifications'.
The website positions it as the custom objective product line under the OPTICAL MODULES section, designed and manufactured according to customer needs and specifications; no numerical parameters are published.
- Industrial inspection (back-end detection)
- Machine vision
- AOI automated optical inspection
- Semiconductor and electronics manufacturing
- Medical imaging
- Research and life science instruments
Machine Vision Lenses
Machine vision lens product family under the OPTICAL MODULES section of the MLOptic website's Products & Capabilities, providing lens-level optical solutions for industrial machine vision imaging systems.
The website lists it as an independent product family under the OPTICAL MODULES section; no numerical parameters such as focal length, sensor format, aperture, distortion or resolution are published.
- Machine vision imaging
- Industrial inspection
- AOI automated optical inspection
- Semiconductor and electronics manufacturing inspection
- Dimensional measurement and positioning
- Life science and medical imaging
Optical Coherence Tomography (OCT) Module
Original website text (Medical application page product card): 'Advanced Optical Coherence Tomography (OCT) Module for high-resolution, non-invasive optical imaging and diagnostics' - i.e., an advanced OCT module for high-resolution, non-invasive optical imaging and diagnostics.
The website describes it as an 'advanced Optical Coherence Tomography (OCT) Module, for high-resolution, non-invasive optical imaging and diagnostics'; no numerical parameters such as center wavelength, axial resolution, scan speed (A-scans/s) or imaging depth are published.
- Ophthalmic diagnostic imaging
- Medical imaging and diagnostic equipment
- Non-invasive optical diagnostics
- Life science imaging
- Dental and industrial OCT inspection
Intraoral Scanning Module
A compact optical module for taking three-dimensional impressions inside the mouth. Active structured light is projected while stereo cameras record the dental surface, replacing the alginate materials of conventional impression taking. Together with the handpiece and the computing unit it forms a chairside scanning chain, so the dentist feeds the geometry of teeth, gingiva and implant abutments straight into the digital restoration workflow after a single pass, sparing the patient discomfort and cutting the rework caused by distorted impressions.
Principle: active structured-light projection plus stereo vision with real-time SLAM stitching; accuracy: ≤20 µm for a single crown, ≤30 µm for a full arch; rate: ≥25 frames per second with ≥500,000 points collected per second; field: 16×12 mm per capture, working distance 0-18 mm; illumination: blue LED structured light centred at 450 nm; imagers: two CMOS sensors, 1280×1024 each; probe: 20×18 mm head, ≤260 g overall, rated for ≥100 cycles of 134 °C steam sterilization; output: STL/PLY/OBJ via USB 3.0 Type-C, 5 V/2 A supply
- Digital dental care (intraoral 3D scanning)
- Dental imaging and restoration (CAD/CAM digital workflow)
- Medical 3D optical imaging
- Orthodontics
Fluorescence-Based Life Science Optical Engines
Fluorescence-based life science optical engine product family under the OPTICAL ENGINES top-level section of the MLOptic website. The Life Science application page explains that MLOptic cooperated with leading biotech companies to jointly develop fluorescence imaging systems for DNA sequencing and PCR applications; adopting an optical module approach, the system combines flexible motion control with SMD LED arrays and filter switching to achieve fluorescence excitation at different wavelengths in real-time PCR systems, providing an efficient and accurate means for genetic testing and analysis.
The website positions the family as a fluorescence-type life science optical engine (system-level optical engine) under the OPTICAL ENGINES section; the technical path is described as 'fluorescence excitation + flexible motion control + SMD LED array + filter switching'; no numerical parameters such as wavelength channel count, excitation/emission wavelengths, fluorescence detection sensitivity or LED power are published.
- Real-time quantitative PCR (qPCR)
- DNA sequencing fluorescence imaging
- Genetic testing and analysis
- Medical diagnostics
- Pharmacological research
- Food safety testing
AOI Microscope Systems
AOI microscope system product family under the OPTICAL ENGINES top-level section of the MLOptic website, providing microscope imaging system-level solutions for automated optical inspection (AOI) scenarios; it reflects the company's extension from optical components and modules to complete optical engine systems.
The website lists the family as an independent product family (AOI Microscope Systems) under the OPTICAL ENGINES section; no numerical parameters such as magnification, numerical aperture, field of view, resolution or illumination method are published.
- AOI automated optical inspection
- Semiconductor and electronics manufacturing inspection
- Industrial inspection and quality control
- Microscopy imaging
- Precision metrology
AR Metrology
AR Metrology product family under the METROLOGY SOLUTIONS top-level section of the MLOptic website. The AR/VR application page divides the company's capabilities into four parts: (1) STANDARD / OFF-SHELF METROLOGY PRODUCTS: Reality tester series, ImaChrom imaging colorimeter, Smart MTF, Active optical alignment tool kit, Environmental monitoring tool kit; (2) COMPLETE OPTICAL METROLOGY APPLICATIONS: Full frame glass, Display, Projector, Waveguide, Visor, Prescription lens; (3) OPTICAL PERFORMANCE TEST FUNCTIONS: MTF (cross, slanted edge), LSF & ESF, Contrast ratio, Distortion, Pupil swim, NIST traceable, Color accuracy & Uniformity, Brightness over dynamic range, Uniformity over FoV and Eyebox, Transmittance, Interferometry; (4) ACTIVE ASSEMBLY PROCESS: Autofocus through virtual distances, IPD / Binocular alignment.
Test items and metrology functions listed on the website: MTF (cross/slanted-edge methods), LSF & ESF, contrast ratio, distortion, pupil swim, NIST traceability, color accuracy and uniformity, brightness over dynamic range, uniformity over FoV and eyebox, transmittance, interferometry; active assembly capabilities include autofocus through virtual distances and IPD/binocular alignment. No numerical parameters such as measurement accuracy or repeatability are published.
- Optical performance testing of AR/VR devices and modules
- Waveguide metrology
- Display and projector metrology
- Full-frame-glass metrology
- Visor metrology
- Prescription lens metrology
- AR/VR active assembly and binocular alignment
- Production line environmental monitoring
Advanced Optical Testing Jig
Advanced optical testing jig product family under the METROLOGY SOLUTIONS top-level section of the MLOptic website, used for precision fixturing and positioning of optical components and modules in metrology and production-line testing; supporting hardware of the website's metrology solution capabilities.
The website lists the family as an independent product family (Advanced Optical Testing Jig) under the METROLOGY SOLUTIONS section; no numerical parameters such as positioning accuracy, clamping size range or compatible apertures are published.
- Fixturing for optical component/module metrology
- AR/VR optical metrology
- Industrial inspection
- Production line optical testing
- Machine vision calibration
Optical Coating
Optical coating capability family under the INTELLIGENT CAPABILITY top-level section of the MLOptic website's Products & Capabilities, providing coating design and fabrication support for the company's various precision optical components and modules.
The website lists this capability as an independent capability item (Optical Coating) under the INTELLIGENT CAPABILITY section; no numerical parameters such as coating methods, layer counts, spectral specifications or laser damage thresholds are published.
- Coating of precision optical components
- Optical modules and lenses
- Life science fluorescence imaging (filters)
- AR/VR optical components
- LiDAR and autonomous driving
- Industrial inspection
Algorithm & Software
Algorithm and software capability family under the INTELLIGENT CAPABILITY section of the MLOptic website, providing algorithm and software support for optical design, metrology and inspection systems; part of the website's 'advanced system integration and metrology capabilities'.
The website lists this capability as an independent capability item (Algorithm & Software) under the INTELLIGENT CAPABILITY section; no specific parameters such as algorithm types, software platforms or supported formats are published.
- Optical metrology and inspection algorithms
- AR/VR optical performance metrology
- Machine vision and AOI
- Optical system simulation and optimization
- Automated production line inspection
Metrology Capability
Metrology capability family under the INTELLIGENT CAPABILITY section of the MLOptic website, corresponding to the metrology products of the METROLOGY SOLUTIONS section as a 'capability + product' pairing; it supports inspection and calibration of the optical performance of components, modules and complete systems.
The website lists this capability as an independent capability item (Metrology) under the INTELLIGENT CAPABILITY section; no numerical parameters such as metrology equipment lists, measurement accuracy or traceability levels are published.
- Testing of optical components and modules
- AR/VR optical performance metrology
- Lens surface figure and wavefront testing
- Production line quality control
- Industrial inspection
Precision Machining
Precision machining capability family under the INTELLIGENT CAPABILITY section of the MLOptic website, providing precision structural part machining support for optical components, lens barrels and optical modules; part of the website's precision manufacturing (Precision Innovation) capability.
The website lists this capability as an independent capability item (Precision Machining) under the INTELLIGENT CAPABILITY section; no numerical parameters such as machining size ranges, geometric tolerances or surface roughness are published.
- Machining of optical barrels and structural parts
- Optical module assemblies
- Metrology fixtures and tooling
- Structural parts for AR/VR optical modules
- Structural parts for industrial inspection equipment
System Design
System design capability family under the INTELLIGENT CAPABILITY section of the MLOptic website. The Optical Communications application page states that the company continuously builds end-to-end capabilities covering 'optical design, precision optical components and modules development, and system integration'; the Industrial Inspection application page adds that it provides integrated solutions from design, manufacturing, installation and commissioning to simulation optimization in customer application scenarios.
The website lists this capability as an independent capability item (System Design) under the INTELLIGENT CAPABILITY section, with the original wording describing end-to-end coverage of 'optical design, precision optical components and modules development, and system integration', including simulation optimization services in customer application scenarios; no specific parameters such as design tools or design cycles are published.
- Optical system and optical path design
- Optical module/engine development
- Industrial inspection system integration
- Optical communications and interconnect systems
- AR/VR optical systems
- Life science and medical instruments
Life Science
Life Science application family under the website's Applications section. According to the website, MLOptic plays an important role in the life sciences, providing advanced optical systems to support related research and applications; in recent years, breakthroughs in gene and protein research have had a profound impact on medical diagnostics, pharmacology, and food safety and control. The company cooperated with leading biotechnology companies to jointly develop fluorescence imaging systems for DNA sequencing and PCR applications; using an optical module approach, the system combines flexible motion control with SMD LED arrays and filter switching to achieve fluorescence excitation at different wavelengths in real-time PCR systems, providing an efficient and accurate means for genetic testing and analysis and further advancing the life sciences.
The technical path given on the website: optical module approach + flexible motion control + SMD LED array + filter switching, to achieve fluorescence excitation at different wavelengths in real-time PCR systems; no numerical parameters such as wavelength channel counts or sensitivity are published.
- Real-time PCR (qPCR)
- DNA sequencing
- Genetic testing and analysis
- Medical diagnostics
- Pharmacological research
- Food safety and control
Medical
Medical application family under the website's Applications section. According to the website, MLOptic is a leading supplier of optical systems for the medical industry, focusing on innovative optical solutions for medical devices, with products widely used in X-ray imaging systems, dental imaging and ophthalmic instruments. In X-ray imaging, drawing on years of design and manufacturing experience, the company offers diverse options from standard lens series (such as C-arm and DR digital radiography) to custom lenses to meet the needs of various medical equipment. In addition, it can integrate complete optical module systems into diagnostic radiology instruments, including fluorescence receivers, large-aperture relay lenses and CCD device integration, with optional focusing, automatic aperture, light intensity detection and automatic adjustment devices, providing high-quality images and large dynamic range for surgical or lithotripsy imaging and improving the accuracy and efficiency of medical diagnosis.
Products/integration elements listed on the website: standard lens series (C-arm, DR digital radiography), custom lenses, fluorescence receivers, large-aperture relay lenses (with CCD device integration); optional features: focusing, automatic aperture, light intensity detection, automatic adjustment device; capability described as 'high-quality images and large dynamic range'. No numerical parameters such as focal length, aperture or dynamic range values are published.
- X-ray imaging systems (C-arm, DR digital radiography)
- Dental imaging
- Intraoral 3D scanning
- Ophthalmic instruments and ophthalmic diagnostics (OCT)
- Diagnostic radiology medical instruments
- Surgical imaging
- Lithotripsy imaging
AR/VR
AR/VR application family under the website's Applications section. The website divides the content into four parts: (1) STANDARD / OFF-SHELF METROLOGY PRODUCTS: Reality tester series, ImaChrom imaging colorimeter, Smart MTF, Active optical alignment tool kit, Environmental monitoring tool kit; (2) COMPLETE OPTICAL METROLOGY APPLICATIONS: Full frame glass, Display, Projector, Waveguide, Visor, Prescription lens; (3) OPTICAL PERFORMANCE TEST FUNCTIONS: MTF (cross, slanted edge), LSF & ESF, Contrast ratio, Distortion, Pupil swim, NIST traceable, Color accuracy & Uniformity, Brightness over dynamic range, Uniformity over FoV and Eyebox, Transmittance, Interferometry; (4) ACTIVE ASSEMBLY PROCESS: Autofocus through virtual distances, IPD / Binocular alignment. In addition, the website lists AR/VR GLASS OPTICAL COMPONENTS: Waveguide glass substrate, Aspheric micro-lens / Prism / Wave plates.
Test function items on the website: MTF (cross, slanted edge), LSF & ESF, contrast ratio, distortion, pupil swim, NIST traceability, color accuracy and uniformity, brightness over dynamic range, uniformity over FoV and eyebox, transmittance, interferometry; active assembly: autofocus through virtual distances, IPD/binocular alignment. Glass optical components on the website: waveguide glass substrates, aspheric micro-lenses, prisms, waveplates. No numerical parameters such as measurement accuracy are published.
- Optical performance metrology of AR/VR devices and modules
- AR waveguide and full-frame-glass metrology
- AR/VR display and projector (Display / Projector) metrology
- AR visor and prescription lens metrology
- AR/VR active assembly and binocular alignment
- AR/VR eyewear optical components (waveguide substrates, etc.)
Industrial Inspection
Industrial Inspection application family under the website's Applications section. According to the website, MLOptic provides integrated solutions for the industrial sector, covering design, manufacturing, installation and commissioning, and simulation optimization services in customer application scenarios to address industry challenges; the company has a full range of industry back-end detection objective lenses for customers to choose from, and can design and manufacture custom objective lenses, cylinder lenses, lighting, DLC prisms and other accessories according to customer needs and specifications.
Capability statements from the website: integrated solutions covering design, manufacturing, installation and adjustment, and simulation optimization services in customer application scenarios; product scope: a full range of industry back-end detection objective lenses, custom objective lenses, cylinder lenses, lighting, DLC prisms and accessories. No numerical parameters such as inspection accuracy or magnification are published.
- Industrial back-end detection
- Machine vision and AOI automated optical inspection
- Semiconductor and electronics manufacturing inspection
- Dimensional measurement and positioning
- Surface defect detection
- Production line quality control
Optical Communications and AI Data-Center Optical Interconnects
Optical Communications application family under the website's Applications section (new page). According to the website, driven by artificial intelligence, cloud computing and satellite internet technologies, global data volumes continue to grow rapidly, accelerating the move toward a fully connected world; the deep integration of data centers, space-air-ground networks and intelligent terminals is reshaping digital infrastructure, and information processing and transmission architectures are shifting from electronics-centric interconnects to high-speed optical interconnect systems centered on photonics. In this transformation, optical communication is becoming the fundamental technology connecting data and computing power; optical communication systems featuring high bandwidth, low latency and low power consumption are becoming key components of new-generation information infrastructure. MLOptic supports next-generation optical communication technologies: drawing on long-accumulated photonics technology and engineering experience, the company continuously builds end-to-end capabilities covering optical design, precision optical components and module development, and system integration, supporting high-performance optical interconnect solutions. In the field of data centers and high-speed optoelectronic interconnects, the company focuses on ultra-high-bandwidth optical modules, silicon photonics packaging, co-packaged optics (CPO) and OCS (optical circuit switching)-based data center interconnect technologies, supporting precision laser array alignment, optical performance testing, thermal gradient testing and application-oriented product development, continuously improving optical coupling performance and manufacturing consistency. In the field of free-space optical communications, the company advances the technical and engineering capabilities of LEO satellite communications and free-space optics (FSO) applications, including inter-satellite and satellite-to-ground optical link alignment technologies, high-throughput optical communication modules and related verification technologies, supporting the expansion of free-space optical communications in satellite networking and space-air-ground integrated communication systems.
Capability/technology list from the website: ultra-high-bandwidth optical modules, silicon photonics packaging, co-packaged optics (CPO), and OCS (optical circuit switching) data center interconnect technologies; supporting capabilities include precision laser array alignment, optical performance testing, thermal gradient testing and application-oriented product development, aiming to improve optical coupling performance and manufacturing consistency; the free-space optics direction includes inter-satellite/satellite-to-ground optical link alignment, high-throughput optical communication modules and related verification technologies. No numerical parameters such as bandwidth, data rates, channel counts or coupling loss are published.
- Optical interconnects for AI computing centers and data centers
- High-speed optoelectronic interconnects
- Silicon photonics packaging and co-packaged optics (CPO)
- OCS optical circuit switching data center interconnects
- LEO satellite communications and inter-satellite/satellite-to-ground optical links
- Free-space optical communications (FSO)
- Space-air-ground integrated communication networks
Production evidence
MfrProof public-source record: MLOptic manufactures customized precision optical elements, lenses and systems for applications including LiDAR, testing and metrology. Manufacturer status passed editorial source review.
This profile is based on confirmed public information. It is not an audit, certification or commercial endorsement.
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