OMC industrial fibre optics and optoelectronic components

British engineered industrial fibre optics, housed transmitters and receivers with ACA alignment, polymer POF cable assemblies, and Profiled Backlight LED units by OMC.

OMC housed optical transmitters FST and H19 series

OMC housed optical transmitters in FST and H19 series utilize proprietary Active Component Alignment for high optical launch power precision into fiber lines. Units deliver dependable light transmission at 650 nm and 850 nm wavelengths with tight power consistency.

Active Component Alignment ensures minimal deviation in optical output level
Standard threaded SMA 905 and bayonet ST optical connector interfaces supported
Operating wavelengths of 650 nm for polymer fiber and 850 nm for silica lines
High electrical galvanic isolation protecting telemetry boards in noisy plants

OMC housed optical receivers FSR series with logic output

OMC FSR series housed optical receivers integrate sensitive pin photodiodes with internal amplifiers and Schmitt trigger logic stages. Assemblies provide noise-immune data reception across power distribution frameworks, variable frequency drives, and automated lines.

Integrated photodiode preamplifier circuit yielding digital TTL or CMOS output
Threaded metal and polymer SMA 905 and ST interfaces for vibration immunity
Wide dynamic range supporting short patch leads and extended industrial links
Shielded enclosure shielding sensitive internal nodes from stray electromagnetic fields

OMC polymer optical fibre POF and silica cable assemblies

OMC produces industrial cable assemblies utilizing 1 mm polymer optical fibre and silica glass cores tailored for rugged factory communications. Offerings feature simplex and duplex configurations protected by abrasion-resistant fluoropolymer outer cladding jackets.

Standard 1 mm PMMA polymer optical fiber cores with fluoropolymer outer cladding
Factory termination using industrial SMA, ST, FC, and Versatile Link connectors
Superior flexibility and mechanical fatigue resistance inside dynamic cable drag chains
Hard clad silica fiber options engineered for extended industrial transmission spans

OMC Profiled Backlight proprietary LED illumination systems

OMC Profiled Backlight technology delivers uniform luminance across liquid crystal displays with ultra-slim lightguide profiles. These custom-engineered LED backlights accommodate harsh environmental extremes found in avionics panels, medical tools, and factory screens.

Uniform surface luminance eliminating hot spots or dark edges across display areas
Rapid prototyping turnaround based on bespoke dimensional mechanical drawings
Wide operating temperature range from minus 40 degrees for outdoor control panels
Optimized edge illumination tailored for alphanumeric and graphic display panels

OMC injection moulded lightguides and Lightpipes optics

OMC injection moulded optical components and Lightpipes direct status illumination from printed circuit boards to exterior control enclosures. Molded from optical grade PMMA or impact-resistant polycarbonate, they ensure pristine clarity and structural stability.

Precision injection moulding featuring integrated alignment clips and standoffs
Optical grade acrylic and impact polycarbonate materials ensuring high throughput
Right-angle and straight lightpipe geometries routed to surface mount emitters
Resistance against thermal yellowing and chemical ambient exposure in workshops

OMC OMPS regulated power supplies and high power LED modules

OMC OMPS regulated switch-mode power supplies and high-power LED modules provide steady electrical feed for sensitive optoelectronic frameworks. Models OMPS1260 and OMPS2460 supply regulated 12 V and 24 V DC outputs with integral overload and thermal protection.

Nominal 60 W regulated output capacity with short-circuit and overvoltage shutoff
Compact desktop and enclosed chassis footprints for OMPS1260 and OMPS2460 units
High-power multi-chip LED packages including P3RGB1H with high radiant flux
Enhanced thermal management leadframes delivering low operational thermal resistance

Active Component Alignment technology in OMC optical transmitters

OMC housed optical transmitters in the FST and H19 series feature proprietary Active Component Alignment (ACA) manufacturing methodology.

During factory assembly, the semiconductor emitter die is actively energized and positioned while monitoring output throughput, ensuring optimal launch power into the connector core. This precision eliminates production tolerances, guaranteeing consistent link budgets across volume shipments.

Robust metal housings supporting SMA 905 threads and ST bayonets provide high retention force under vibration environments. Transmitters operate at 650 nm and 850 nm wavelengths, providing dependable telemetry isolation across heavy industrial automation grids.

Noise-immune FSR series optical receivers with logic outputs

OMC FSR series optical receiver modules deliver dependable data reception under extreme electrical interference.

The shielded metal housing integrates a high-speed pin photodiode, a wideband preamplifier, and an internal Schmitt trigger stage that regenerates clean square pulses with sharp switching edges.

Digital outputs interface directly with microprocessor controller inputs using TTL or CMOS signal levels without supplementary buffering components.

These receivers are widely deployed for galvanic isolation in high-voltage thyristor banks, rolling mill motor drives, and transport power systems, shielding digital logic from severe transient surges.

Polymer and silica optical cable assemblies for factory networks

The Fibre Optics division of OMC manufactures industrial cable assemblies based on 1 mm polymer optical fibre (POF) and hard-clad silica (HCS) cores.

Polymer optical fibre featuring a pure PMMA core and fluoropolymer cladding provides excellent mechanical resilience against repeated flexing inside dynamic machine drag chains.

Factory termination with industrial SMA, ST, and Versatile Link connectors includes end-face polishing and insertion loss verification.

Optical fibre links are entirely immune to radio interference and ground potential shifts, ensuring intrinsic safety in petrochemical and power distribution facilities.

Profiled Backlight uniform illumination for instruments and displays

OMC developed its proprietary Profiled Backlight technology to deliver uniform luminance across liquid crystal displays and instrument control clusters.

Tailored lightguide geometry and precision edge contours redistribute light flux from perimeter emitters, eliminating shadows and hot spots across the active viewing surface.

The slim physical profile generates minimal heat, making it suitable for sealed operator consoles, avionics, and medical diagnostic equipment.

OMC manufactures prototypes and production volumes according to dimensional drawings and environmental performance specifications supplied by equipment builders.

Injection moulded lightguides and Lightpipes for panel indication

OMC injection moulded optical components and Lightpipes channel visual status indication from board-mounted emitters directly to outer equipment facias. Lightpipes are molded from optical grade PMMA or impact-resistant polycarbonate, delivering high transmission efficiency and structural rigidity.

Integrated positioning pins and retention clips ensure secure panel alignment during rapid automated assembly.

Optical lightpipes prevent cross-talk between adjacent channels, resist environmental yellowing from ambient ultraviolet exposure, and maintain a tight seal against workshop dust and particulate entry.

OMPS regulated switch-mode power supplies and high-flux emitters

OMC OMPS1260 and OMPS2460 regulated power supplies deliver 60 W continuous output, providing stable electrical energy for optoelectronic networks, backlights, and telemetry electronics.

Supplies deliver tightly regulated 12 V and 24 V DC outputs with low output ripple, incorporating built-in protection against short circuits, overcurrent, and voltage transients.

When paired with multi-chip LED packages such as the P3RGB1H on thermal leadframes, they ensure dependable solid-state illumination. OMC engineering teams provide technical assistance to specify compatible components and calculate optical margins.

OMC and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of OMC and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.