PHOTONICS ProdSpec

These plano-concave lenses are made from infrared grade calcium fluoride and are excellent for use with lasers emitting in the 2 - 5 micron range. They are supplied uncoated but antireflection coatings are available on request.

Custom coating(s), custom configuration(s), material type Options: fused silica, N-BK7, Zerodur or CCZ, Supremax. Custom metrology services; large aperture interferometery; customer furnished material.

High-quality custom cylindrical lenses for all UV to IR applications. Prototyping through volume-production quantities. High concentricity. Consistent part-to-part performance. Superior image quality. Custom sizes available.

Plug&Play Laser Light Engines with up to 7 user-upgradable wavelengths and 2 fibre outputs • Up to 7 wavelengths beam-combined and fibre coupled into one or two fibres • Over 30 different wavelengths • Upgradable by the end-user • One or two single-mode, polarization maintaining or multimode fibre coupled outputs • All lasers with direct analogue and digital modulation

The FITEL S185 Fusion Splicer series features six splicers: The S185HS, S185PM, S185LDF, S185PM-LDF, S185ROF (Ring of Fire) and S185PM-ROF. Ring of Fire models equip the powerful arc-discharging by three electrodes instead of two electrodes.

These plano-concave BK7 or UV fused silica mirror blanks are polished to λ/10 surface accuracy with a laser grade finish on both sides. Select a coating appropriate to your application. Special coating requirements accepted.

The manual MicroStage-BX fits onto Olympus upright BX microscopes and uses manual micrometers to control XY motion. Continuous internal position locking combined with excellent stability makes this stage an ideal base for our high resolution piezo nanopositioning stages.

Leading manufacturer of custom Gaussian Reflectivity Mirrors (GRMs). Substrate materials includes both glass and crystal materials such as BK 7, Fused Silica, and ZnSE at diameters from 5 to 25.4 mm. The spectral range of our deposited Gaussian and Super-Gaussian coating geometries is from the VIS to the FIR and available in any custom rotationally symmetrical variations; both standard and inverted.

The Nano-Bio Series are ultralow profile, two-axis piezo nanopositioning systems. The low profile design allows it to be easily integrated into existing inverted microscopes, AFMs and other instrumentation where space is limited. The large center aperture allows the Nano-Bio to accommodate the lenses of all major microscope manufacturers.

Used for matching 2/3", 1" and 4/3" CCD and CMOS in intelligent transportation systems. The resolution is up to 10 MP and the large aperture is ideal for low Lux ITS cameras. Applications include precision instruments, medical equipment, automation equipment, automatic optical inspection, security and road monitoring.

Most sizes with λ/20 transmitted wavefront and 10-5 surface quality are available; a variety of coatings are available; custom designs for other sizes and coatings are available upon request.

Standard MgF2 blanks for excimer laser with size Ø38.1*5.5 mm; Ø50*5.5 mm, Ø60*5.5 mm, and 65*40*3.5 mm. We also supply low stress birefringence max. <15 nm size of 30*30*50 mm and 45*45*50 mm, and 100 orientation for waveplate size from Ø5.0 to 100 mm. Our MgF2 material can apply for 121/157/193/248/305 nm. These material meet ROHS, accepting by USA, Germany, Japan, and Russia buyers.

There are different models available. Please check the data sheet.

High-quality custom spherical mirrors for all UV to IR applications. Prototyping through volume-production quantities. Superior image quality. Consistent part-to-part performance. High-performance and durable optical coatings. Custom sizes available.

With a resolution of 12 MP, the imaging clarity of the Sony® Pregius™ IMX304 has been designed into a compact form factor suitable for many imaging applications. The Lt-C/M4020B Lt Series board level camera offers the full set of camera features that are expected in today’s imagining industry.

We manufacture the most challenging polymer optic components, modules, and assemblies for leading defense, medical, and commercial applications with advanced technology and an experienced team. Each design is different and custom made.

High-Power GaAlAs IRLED Illuminators: -Ultra-high optical output -850 nm IR Illuminator - Standard 2-lead TO-66 electrically-isolated package -Very uniform optical beam -Ideal for night vision illumination

In addition to monochrome/HDR imaging, customers are able to capture multifield (brightfield, darkfield and backlit) images in a single scan with pulsed lighting using monochrome models. These new models are also able to capture RGB or RGB+NIR images in a single scan with continuous wave lighting using color or multispectral models.

Wavelength stabilized laser diodes with narrow wavelength tolerance and much lower wavelength variation on current and temperature.

We offer a variety of prisms: wedge, Brewster angle dispersing, Littrow dispersing, 60° equilateral dispersing, roof, poro, penta, right angle, dove, retrorefelctor prisms and other types. Products are used in fire-control systems, optical encoders, guidance systems, and other types of optical, electro-optical, and laser based systems operating in either the visible, infrared, or ultraviolet portion of the spectrum.

Optional substrate type: N-BK7, fused silica.

Perkins Precision offers high energy, laser-line beamsplitter cubes. Our adhesive-free optical assembly process is ideal for applications where outgassing and laser damage threshold are primary concerns. These polarizing and dichroic cube beamsplitters utilize IBS coatings which result in high transmission, high extinction ratio and λ/10 wavefront quality.

BK7 or UVFS cube polarizing beamsplitters optimized for 280 nm, 308 nm, 355 nm 532 nm, 633 nm, 780 nm, 1064 nm wavelengths. Polarizing film is coated on the internal face of a cube beamsplitter. Thin film polarizers utilize the polarization which occurs on reflection deviated by 90º angle.

Optical isolators are a combination of a linear polarizer and a Quartz quarter wave retardation plate. These optical isolators are manufactured using a polarizing cube beamsplitter and a quartz quarter-wave plate. They are antireflection coated for the wavelength of interest.