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Opto-Mechanics
Photon Engineering can supply customers with a wide range of Opto-Mechanical devices. These include mirror mounts, motorized stages and general laboratory equipment.
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Opto-Mechanics & Tools for Photonics Research
(note: pdf is 10MB) |
Optics holders, Kinematic Mirror Mounts, Laser Diode Adapters, Laser Periscopes, Multi-Axis Positioners, Spatial Filtersm Gimbal Mounts, Fiber Devices, Optical Focus Adapters, Shutters and Pinholes. |
Opto-Mechanics & Tools for Life Sciences
(note: pdf is 10MB) |
Confocal Translators, Headstage Mounts, Micromanipulators, Microscope Translators, Rotation bases, Probe Clamps and Pipetter Holders, Perfusion Chambers and Tissue Slicers.
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Opto-Mechanics for General laboratory apps
(note: pdf is 10MB) |
Bases, Breadboards, Motion Controllers, Linear Staqges, Adapter/ Construction Blocks, Magnetic Bases, Posts, Holders, Clamps, Rotation Stages, Vertical Platforms, Tilt Bases and Rail systems. |
| USD Price List |
Photon Engineering sells SD Instrument products to Australian & NZ customers at International List Price (not including GST). |
Positioning Systems
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These piezoelectric positioning systems provide up to sub-nanometer resoultions and hundreds of micrometers of motion. Products include actuators, one dimensional translators and multi-dimensional translators. These elements are available as closed-loop or open-loop units. |
| Tilting Systems |
These elements provide excellent piezoelectric reliability with high resolution tilting. With up to 35mrad (2deg) tilting angle they are available in both open and closed-loop versions.
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| Special Systems |
Application specific systems include fiber holders and slit systems. A unique three dimensional system for fiber positioning, the FAPOS, is available with both mechanical and piezoelectric motion for the highest resolution and versatility when working with fibers. It is especially suited for fiber coupling. |
| Controllers/Electronics |
The controllers and electronics for driving the piezoelectric elements are available in modular systems. This allows for easy expansion of an experimentail or commercial setup. The controllers can be controlled via a computer interface for automation. |
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