• Bespoke manipulation systems
• Tailored from existing Elliot|Martock components or
• Designed from scratch and manufactured by Elliot Scientific
• Single, custom units or multiples for OEMs
• High quality, innovative, and unique
Precision Photonic Alignment Systems
Building on its reputation for manufacturing precision positioners, Elliot Scientific also supplies complete alignment systems for use in the assembly and test of photonic components.
These systems incorpor....
Automatic Alignment for Multi-channel Optical Devices
The E-Wedge™ system is designed to provide automatic alignment for multi-channel optical devices and fibre (US: fiber) V-groove arrays.
The E-Wedge™ system includes automatic roll axis optimisation and compensation for angled device f....
Photosensitive Fibre Rotator
The E22891 comprises two MDE235 motorised fibre (US: fiber) rotators mounted on a customised breadboard, allowing variable spacing of the fibre clamps. Designed for the rotation of photosensitive fibres during or between expos....
Independent movement in five axes
Five-Axis Lens Positioning Stage
Combination of precision rotation stages and slides
Five degrees of independent movement
10 µm micrometer adjusters
360° free rotation in two axes with clamp screws
Tangent screws for fine ....
Semiconductor Optical Amplifier Aligner
MDE22885 SOA Aligner
The MDE22885 is a specialised system for the alignment of SOAs (semiconductor optical amplifiers) and other similar dual-ended devices with angled facets.
The system comprises two 5-axis stages with E....
Effective Alignment of Fibre & Components
The MDE2350 comprises an MDE235 motorised fibre rotator mounted on an Elliot Gold™ Series 3-axis piezo-driven flexure stage. A DAli alignment system is used to maintain alignment while the fibre (US: fiber) i....
Fibre Collimator Aligner
The MDE9183 is configured for the alignment of fibre collimators. It utilises the accurate MDE185 two axis pitch and yaw stage in combination with Elliot Gold™ Series flexure stages giving accurate 5-axis control.