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Beam splitters are the unsung heroes of the optics world. These optical components divide incident light into two distinct beams: one reflected and one transmitted.

The example presented here details the steps needed to ensure the proper selection of round sorbothane isolator feet to match the requirements of a particular load and problem frequency. Following the example are plots showing the amount of isolation achieved for our isolator feet. For specific isolation recommendations, please contact Tech Support.

Thorlabs' passive benchtop isolation solutions are designed for temporary setups or less demanding applications. They provide vibrational isolation using either pneumatic isolators or sorbothane. Options are available for use with breadboards, optical tables, or other heavy equipment. For more demanding applications, see our line of active isolation breadboard support frames.

The manufacturing process often involves advanced techniques such as physical vapor deposition (PVD), including methods like sputtering or evaporation. These methods allow for precise control over the thin film layers’ thickness and composition, ensuring the polarizer’s desired optical performance.

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To learn more about Blue Ridge Optic’s capabilities and specializations, please fill out our Contact form or give us a call at (540) 568-8526.

If your organization requires thin film polarization for your equipment to manipulate and control laser beams precisely, let’s talk. The team at Blue Ridge Optics are experts in manufacturing the optical components for precision lasers.

IsoPlate Passive Isolation Systems, which are available in two different sizes, provide portability and localized air suspension for small-scale experiments, demonstrations, and vibration-sensitive instrumentation. The breadboard, which must be purchased separately, sits on four rubber pads supported by inflated cushions. A pair of these cushions shares an air reservoir, and the remaining two cushions have independent reservoirs. This arrangement provides stable, three-point dynamics to the system.

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When it comes to precision optics, where every wavelength matters and clarity is king, selecting the appropriate thin film coating is crucial. Whether you’re working

Thin film polarizers are often employed to split a laser beam into two beams with orthogonal polarizations. This is particularly useful in applications such as interferometry.

The mounts are sold as a set of four, contain a Schrader valve, and can be inflated using our standard foot pump. Other quantities are available by contacting Tech Support. Please follow the instructions outlined in the installation guide so that the isolation mounts are neither overinflated nor underinflated.

These Sorbothane mounting feet provide a passive isolation solution for workbench-mounted breadboards. They can also be used to isolate noisy equipment from the optical table or breadboard surface. Unlike our pneumatic benchtop isolation solutions, these solid Sorbothane feet do not require inflation.

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Sorbothane FeetThorlabs' Vibration Isolating Feet are fabricated from sorbothane and provide vibrational isolation for workbench-mounted breadboards. We offer multiple sorbothane feet options, with maximum load capacities ranging from 6 lbs (2.7 kg) to 50 lbs (22.7 kg). This low-level, passive isolation solution is well suited for non-sensitive applications, such as electronic equipment mounted on a tabletop.

The thin film polarizer is usually deposited onto a substrate commonly made of optical glass or another transparent material. The substrate provides mechanical support and stability to the thin film coating.

If a sorbothane sheet is preferred, it would need to be cut to an appropriate size as described in the full web presentation on Sorbothane Isolators. For a 13.5 lb (6.1 kg) load, a 0.5" (12.7 mm) thick sheet cut into 1.5" x 0.5" (38.1 mm x 12.7 mm) pieces would provide a good isolation solution.

IsoPlateThorlabs' IsoPlate Isolation Systems use pneumatic isolators to provide vibrational isolation for breadboards. They consist of four inflated cushions that are built into the corners of a heavy-duty support plate. These isolation systems are well suited for medium-sensitivity microscopy measurements and general photonics applications.

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The specific combination and thickness of these materials are critical in determining the optical properties of the thin film polarizer, including its ability to transmit light with a specific polarization state and reflect light with polarization.

Oxides of metals like aluminum, silicon, and tantalum are commonly used in thin film polarizers. These materials provide the necessary refractive index contrast and are suitable for achieving the desired interference effects.

Based on the values given above, the calculated load per isolator is 13.5 lbs. This value should then be looked up on each isolation graph for the round isolator feet below. Sorbothane feet with a calculated load per isolator that exceeds the maximum load are not suitable for the application. Without a known problem frequency, the isolator that effectively isolates at the lowest cut-on frequency is recommended.

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The functionality of thin film polarizers is rooted in the principles of interference and reflection. When unpolarized light enters the polarizer, it is split into two components – one transmitted through the coating and another that’s reflected.

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Thin film polarizers are utilized in optical isolators to allow light to pass through in one direction while preventing backward reflections, safeguarding laser systems from damage.

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In an industry where precision and control are paramount, the science of thin film polarizers in laser systems plays a crucial role in shaping and manipulating laser beams, enabling many applications across various industries.

These Passive Isolation Mounts, which are designed for use with breadboards and small optical tables, are particularly well-suited for upgrading a rigid, non-isolating support frame. They can also be placed on a floor or benchtop to provide a quick and easy temporary vibration isolation solution when a permanent system is not deemed necessary.

Please note that these feet may have silicon residue on their surface from the molding process. Thorlabs offers SB12E Adhesive Felt Sheets to reduce contact between this silicon residue and the work surface. These sheets can be cut to match the size of the sorbothane and easily attached via the adhesive side. The residue can also be removed by wiping the feet with an alcohol-based solvent such as isopropyl alcohol (IPA).

For this example, the AV4(/M) or AV5(/M) sorbothane feet would both be acceptable solutions. The AV4 Ø27 mm isolator feet provide better isolation performance at lower frequencies but are near the load limit, so if the total load were higher than anticipated the isolator would be outside of the recommended load capacity. Our AV5 Ø38.1 mm isolator feet will have worse isolation performance at lower frequencies, but are well within the load range which may be preferable.

Layers of dielectric materials, often composed of materials like magnesium fluoride, silicon dioxide, or titanium dioxide, are stacked to create the thin film coating. The thickness and arrangement of these layers are precisely controlled to manipulate the polarization of light.

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The composition of these materials is carefully selected to achieve the desired performance in terms of polarization control and optical transmission.

The AV4(/M), AV5(/M), and AV6(/M) mounting feet each contain internal 1/4"-20 (M6) threading with four included 1/4"-20 (M6) threaded studs. In contrast, the AV3 mounting feet are not threaded, and are attached to equipment or breadboards using the included double-sided tape. See the table below for the load capacities and dimensions of each isolator. When choosing an isolator, we recommend picking the isolator that offers the largest range of damped frequencies for the specific load being used. For further assistance in choosing the proper Sorbothane isolator, please see the Feet Selection Guide tab above.

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In certain nonlinear optics applications, thin film polarizers are crucial for frequency-doubling processes, where the laser frequency is doubled by passing through a nonlinear crystal.

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In mode-locked lasers, where ultra-short pulses are generated, thin film polarizers can be used to select specific pulses based on their polarization state.

The transmitted component is polarized in the plane parallel to the coating, while the reflected component is polarized perpendicular to this plane.

Thin film polarizers are optical components designed to selectively transmit light of a specific polarization while reflecting light with the orthogonal polarization. This ability to control the polarization state of light makes thin film polarizers invaluable in laser systems where precise manipulation of laser beams is essential.

Typically, the basic structure of a thin film polarizer involves multiple layers of dielectric materials. These layers are carefully deposited onto a substrate using advanced thin film deposit techniques such as sputtering or evaporation. The layers’ thickness and refractive indexes are precisely controlled to achieve the desired optical outcomes.

The round sorbothane feet's isolation graphs, shown below, use load per isolator (m) in lbs, which is given by the following equation:

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Passive Isolation MountsOur Passive Isolation Mounts are pneumatic isolator feet that are used to stabilize a small optical table or breadboard. Sold as a set of four, they are easily attached to existing support systems and provide passive isolation to a wide range of work surface sizes. These isolation mounts are well suited for medium-sensitivity microscopy measurements and general photonics applications.