Superior, Cost-Effective Performance Our MD10 spectrographs are pre-aligned optical modules designed to easily integrate into your instrument, saving you development cost and reducing your time to market. The MD10 family is a rugged, proven design configurable for your particular application. Customizable and Cost-Effective The MD10 is a dual-beam optical module that features an aberration-corrected diffractive design for high spectral resolution with high throughput, low stray light, and excellent spatial imaging resolution. It is cost effective and versatile, and easily customized for use with a variety of CCD and PDA detectors. The MD10 can accept both standard and fiber-optic input, with adjustable wavelength and focus. Spectrograph MD10 Applications: - Color measurement - Process monitoring - Biomedical Optimize level of integration with collaborative engineering to enable Customer Innovation MD10 Spectrograph Design Example: Presented below are example standard capabilities of our MD10 spectrograph. Many of the listed specifications can be optimized to meet your specific application requirements, including Spectral Passband, Spectral Sampling Interval and Spectral Resolution. Design Parameters | Standard Capability Examples Spectral passband | 355-785 nm Spectral Sampling Interval (dispersion per pixel) | 1.8 nm/pixel Spectral Resolution (slit width dependent) | 6-15 nm Dimensions (mm) | 135L x 82W x 50.8H Numerical Aperture | 0.167 Light Coupling | SMA or Ferrule type Number of Channels | Dual Channel
Superior, Cost-Effective Performance The MS10-HR spectrograph offers superior, cost-effective performance with high-throughput (f/2) and low stray light (<10-3), combined with rugged construction and precisely machined parts that require no mechanical or optical adjustment. The MS10-HR miniature dual-beam spectrograph disperses sample and reference spectra onto a single 0.5” photodiode array, saving costs on electronics and detectors and providing a real-time reference channel to monitor source/lamp drift. Central to the design is Holographix’ aberration-corrected diffractive grating, which provides exceptionally low stray light, outstanding spectral and spatial resolution, and easy adjustment of wavelength and focus. Many standard and custom grating designs and configurations are available to meet a wide range of application requirements. The MS10-HR single-beam and MD10 dual-beam optical modules are also based on aberration-corrected diffractive optics for high resolution, low stray light, high throughput, and excellent spatial imaging. They are cost-effective, versatile and easily customized for use with a variety of CCD or PDA detectors. As with the MD5, these spectrographs also offer easy adjustment of wavelength and focus and accept both free-space and fiber optic-coupled inputs. Providing Value during Each Stage of Product Development Optical Design Exceptional Performance Development Flexibility Manufacturing Excellence Spectrograph MS10-HR Applications: - Precision Color Measurement - Biomedical - Research - Forensics - Process Monitoring Optimize level of integration with collaborative engineering to enable Customer Innovation MS10-HR Spectrograph Design Example: Presented below are example standard capabilities of our MS10-HR spectrograph. Many of the listed specifications can be optimized to meet your specific application requirements, including Spectral Passband, Spectral Sampling Interval and Spectral Resolution. Design Parameters | Standard Capability Examples Spectral passband: 290-500 nm Spectral Sampling Interval (dispersion per pixel): 0.42 nm/pixel Spectral Resolution (slit width dependent): 2.5 nm Dimensions (mm): 105L x 76W x 50H Numerical Aperture: 0.18 Light Coupling: SMA or Ferrule type Number of Channels: Single Channel
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Diffractive Optical Elements (DOEs) are optical components with a micro or nano structured surface, which diffracts light incident onto this surface. The placement, size and shape of these structured surfaces determine how the diffracted light will be affected. The term DOE is typically used to describe an optic that is designed to diffract a monochromatic incident light source into a specific image or pattern. DOEs are commonly used to split a single beam into multiple beams or to shape a beam into a specific pattern. DOEs can also be used to shape the output distribution of a laser beam into a specific distribution profile. Diffractive Optical Elements are progressively replacing traditional refractive optics. They are flatter, thinner, and lighter, contributing to smaller optical systems. By incorporating DOEs into the design, engineers are able to develop innovative, high performance, extremely robust, and accurate optical systems. Custom, Cost-Effective, High Performance Our extensive fabrication capabilities include (but are not limited to): beam splitters, beam shapers (top-hat), homogenizers/diffusers, multi-focal, beam samplers, vortex lenses and more. Our custom DOEs are manufactured to exacting tolerances and in a wide variety of component shapes and sizes. Holographix' replication process is economically scalable for volume manufacturing. Production quantities ranging from 100 individual components to 10,000 wafers per year can be accommodated. Proprietary replication materials are available in refractive indices ranging from 1.4 to 1.7. Suitable for assemblies requiring solder reflow. DOE Applications: - 3D Time-of-Flight Sensing Systems - 3D Sensing Systems - Display and HUD Imaging Systems - Illumination Systems - Laser Material Processing - LIDAR Systems - Medical Laser Systems - Semiconductor Wafer Inspection - Reticles - Scanning Solutions DOE Production Expertise: - 1D and 2D Spot Generators - Beam Shapers - Beam Samplers - Beam Splitters - Diffusers with Top Hat Distribution - Line Generators - Multifocal Spot Generators - Random and Defined Pattern Generators Holographix' Diffractive Optical Element Specifications: The range of custom Diffractive Optical Elements specifications that we can support include: DOE size: High resolution up to 180 mm, larger may be possible Individual structure size (min x/y): <100nm Optical transmission: 99% from 400 nm to 2.6 µm Refractive index: 1.4 to 1.7 (multiple materials available) Temperature range: -50° C to 260° C (solder reflow compatible) Damage threshold: 1 MW/cm² Chemical resistance: most common solvents
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High Performance Slanted Gratings for Waveguide Displays and Other Optical Applications Holographix provides components and assemblies that optimize next generation see-through displays as well as a diverse array of other optical applications. For display systems, our custom slanted gratings maximize viewing angle and throughput for the ultimate augmented reality experience. In other types of optical systems, our slanted gratings offer an alternative to blazed and binary gratings. Whether you are in the early stages of development or ramping up for production, we would be happy to assist you! Holographix differentiates itself from the competition by offering: Holographix’ optical design team fully utilizes the unique abilities of Holographix’ proprietary slanting processes and replication materials to achieve the highest performance possible for our customers. Holographix’ custom slanted gratings provide superior performance over binary off-the-shelf solutions. In-house design and development capabilities coupled with our unique replication technology allows us to develop state-of-the-art slanted grating-based solutions. High quality, custom diffraction gratings with repeatable performance! Holographix is ISO 9000:2015 certified, and proudly manufactures all optical components in the USA Slanted Grating Applications: - Aerospace - Avionics - Consumer - Gaming - Industrial - Metrology - Solar Power - Spectroscopy - Telecom Slanted Grating Solutions Include: - Head-Mounted Displays (HMDs) - Head-Up Displays (HUDs) - Head-Worn Displays (HWDs) - Augmented Reality (AR) Systems - Mixed Reality (MR) Systems - Personal Informative, Wearable Displays Holographix’ Slanted Grating Specifications: The range of custom specifications that we can support include: Grating size: 200 mm x 200 mm Spatial frequency: up to 4000 g/mm Wavefront: <λ/10 P-V per inch Refractive index: 1.52 to 1.68 (multiple materials available) Optical transmission: 99% from 400nm to 2.6um Temperature range: -50° C to 100° C Chemical resistance: most common solvents Damage threshold: 1 MW/cm²
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Replicated mirrors offer an attractive alternative to conventionally manufactured mirrors for those customers that require a cost-effective and repeatable high performance solution in production volumes.Using our proprietary replication processes and materials, Holographix produces a wide variety of precision optical surfaces on metal, glass, ceramic, and plastic substrates, allowing the optical designer more choices when designing and optimizing their optical system. General Advantages - Freedom to select the most appropriate material for the mirror substrate (CTE matching, light-weighting, etc.) - Higher repeatability, compared to conventionally polished mirrors. - Higher production rates and lower cost compared to conventionally polished mirrors. Additional Advantages of Replicated METAL Mirrors - Simplified system design by building the mounting and alignment features into the substrate. - Ability to match CTE of mirror to chassis for thermal stability. - Reduced weight compared to glass mirrors. - Reduced risk of injury due to malleability of metals. - Simplified manufacturing and lower assembly costs through integration of mirror and mount. Additional Advantages of Replicated GLASS Mirrors - Aspherics are manufactured using low-cost, conventionally polished spherical blanks. - Direct replacement for conventionally polished glass mirrors. Applications: - Military Optical Systems - Space-Based Systems - Galvanometer Systems - Spectrometer Systems - Gas Analyzer Systems Solutions Include: - Off-axis Parabolic Mirrors - Lightweight Mirrors - Mirrors with Integrated Mounting Features - General Aspheric Mirrors Holographix’ Replicated Mirror Manufacturing Capabilities: The range of custom replicated mirror specifications that we can support include: Wavelength range: 190 nm to 15 µm Flatness/curvature: < 1/10 wave Scratch/Dig: down to 20/10 Temperature range: -50° C to 200° C Humidity range: 0 to 95% continuous Chemical resistance: most common solvents
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