Precision Photonics Virtual stand on DirectIndustry.com

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Precision Photonics

Optical cube Beam-splitter

PPC beamsplitter cubes are derived from a unique combination of IBS coatings, ultraprecise fabrication capabilities and our epoxy-free bonding technology--Chemically Activated Direct Bonding (CADB) which results in zero-bondline thicknesses. In addition to the standard sizes and wavelengths shown, we can produce high-energy cube beamsplitters from 1x1 mm2 in size, and in a wide variety of materials including fused silica, BK7, YAG and other optical glasses and crystals.

Whether you [...]

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Optical etalon

Built using proprietary manufacturing processes and custom in-house metrology that result in ±1-nm thickness precision, these etalons lead the industry with superior free-spectral-range tolerances to as tight as ±0.001 GHz. They are supplied to leading OEM customers and researchers worldwide in the telecommunications, aerospace, laser research, and defense industries. With temperature tuning, solid etalons enable precise alignment to the telecommunications ITU grid without active alignment [...]

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Optical prism

PPC provides high-quality custom optics and optical assemblies which
utilize our IBS coatings, ultraprecise fabrication capabilities and epoxy-free,
bonding technology-Chemically Activated Direct BondingT (CADB). They
are available in a wide variety of materials including fused silica, BK7, Zerodur®, LaSFN9, YAG, ULE, and other optical glasses and crystals, and can operate over wavelength ranges from 250-2200 nm.

These assemblies are ideal for increasing the sensitivity [...]

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Laser mirror

Precision Photonics offers superior quality mirrors and coatings at a great value. We use only ion-beam-sputtered (IBS) coatings because IBS coatings are significantly more dense, durable, and rugged than conventional e-beam or ion-assisted evaporated coatings. Compared to other coatings, IBS coatings also offer lower scatter and absorption losses and fewer pin-hole defects in the coated surface. This superior film quality and uniformity results in environmentally stable optics with laser damage [...]

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Femtosecond laser

These robust turn-key femtosecond fiber lasers offer exceptional performance for a variety of applications from nonlinear optics to quantum communications. The low-cost version at 1560 nm offers greater than 1 mW of output power with less than 250-fs pulse durations. If you need shorter pulses and higher powers, choose the high-power version at 1560 nm with 100-fs pulse durations and greater than 40 mW of output power. Available options include: additional output at 780 nm with >15-mW output [...]

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Optical plate beam-splitter

Thin Film Plate Polarizers and Dichroic Beamsplitters

Thin-film plate polarizers utilize our advanced ion-beam-sputtered (IBS) coating technology to achieve high-power performance and guaranteed transmission at a specific angle of incidence, with no angle tuning required. By combining durable dielectric coatings with fused silica substrates, we produce robust optical components that are stable, easy to align and exhibit high laser damage thresholds in both reflection and [...]

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Polarizing optical beam-splitter

Thin Film Plate Polarizers

Wide acceptance angle and no angle tuning required
45° design separates transmitted and reflected beams by 90°
Brewster-angle design separates polarizations with < 1000:1 extinction ratio
RoHs Compliant

These thin-film plate polarizers utilize our advanced ion-beam-sputtered (IBS) coating technology to achieve high-power performance and guaranteed transmission at a specific angle of incidence, with no angle tuning required. By [...]

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Waveplate

PPC uses laser-grade crystal quartz to produce multiple-order,
true zero-order and compound zero-order waveplates with retardations
of quarter-wave, half-wave or anything in-between.
Multiple-order retarders are ideal for narrow- or single-wavelength
applications at a specific operating temperature. For increased
bandwidth and thermal stability, zero-order waveplates
are recommended.
For compound zero-order waveplates and multi-element waveplate

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