Lamina ultra-high-power LED light engines and optoelectronics

Lamina high-power LED light engines and optoelectronic arrays: Atlas circular modules, BL surface-mount matrices, and Titan emitters utilizing LTCC-M ceramic substrates.

Lamina: manufacturer of ultra-high-power LED light engines and optoelectronics

Founded in the United States in 2001, Lamina Ceramics developed high-power LED light engines. Proprietary LTCC-M ceramic-on-metal packaging provides thermal conduction and high lumen density across demanding industrial systems.

Enterprise inception in 2001 as a technology spin-off from Sarnoff Corporation in the USA
Patented LTCC-M ceramic-on-metal substrate packaging delivering low thermal resistance
Integration into Lighting Science Group Corporation expanding high-lumen LED arrays
Comprehensive automated photometric grading and testing ensuring long operational lifespan

Compact high-density LED light engines Lamina Atlas series

Lamina Atlas series LED light engines including NT-42C1, NT-43F0, and NT-42D1 feature dense multi-die circular ceramic platforms. Engineered for directional task luminaires, optical instruments, and industrial machine vision.

Circular ceramic-on-metal architecture designed for seamless optical lens and collimator fitting
Wavelength variants including green NT-42C1-0485, white NT-43F0-0424, and specialized NT-42D1
Direct die attach onto high-conductivity ceramic substrate eliminating thermal adhesive layers
High tolerance to continuous thermal cycling and consistent chromaticity maintenance

Multi-die LED array modules Lamina BL series

Lamina BL series arrays including BL-2000, BL-3000, and BL-4000 are square surface-mount modules engineered upon heavy copper baseplates. The product family features amber engines BL-21E0-0131 alongside white clusters for industrial signaling and floodlighting.

Solid copper thermal mounting plate facilitating direct conduction into external heat sinks
Amber emission model BL-21E0-0131 centered at 594 nm for warning beacons and indicator towers
Multi-die array layout maintaining uniform current distribution across the semiconductor plane
Optical silicone encapsulation shielding active emitter dies from humidity

Ultra-high-lumen LED light engines Lamina Titan and TitanTurbo

The Titan and TitanTurbo series deliver solid-state replacement for 75W to 100W halogen lamps. Emitting 1000 to 2000 lumens, these engines lower electrical power consumption while extending maintenance intervals in floodlights.

Luminous output exceeding 1000 lumens in warm white and up to 2000 lumens in daylight white
Direct retrofit capability replacing energy-intensive halogen and incandescent industrial fixtures
Solid-state mechanical resilience resisting heavy industrial shock and workshop structural vibration
Integrated electrostatic discharge Zener diode protection shielding emitters against circuit surges

LTCC-M ceramic-on-metal substrates and thermal packaging Lamina

Low Temperature Co-Fired Ceramic on Metal (LTCC-M) represents the engineering foundation of Lamina components. Combining ceramic tape dielectric isolation with rapid core dissipation, this architecture eliminates thermal bottlenecking.

Junction-to-case thermal resistance under 1 to 2 C per Watt across high-power matrix clusters
Embedded multi-layer circuit traces routed internally within ceramic layers without wire jumpers
Closely matched coefficient of thermal expansion mitigating thermal stress on micro-welded dies
Lead-free construction compliant with international environmental directives including RoHS

Mounting accessories, optics, and Lamina EZConnect wiring systems

To accelerate fixture assembly and field maintenance, Lamina engineered the EZConnect modular ecosystem featuring solderless wiring adapters, interface boards, and precision collimator optics for rapid component replacement.

Solderless EZConnect terminal receptacles providing fast lead-wire field termination
Secondary collimating lenses offering beam angles from 10 degrees to wide flood
Matched custom aluminum and copper extruded heatsinks tailored for silent convection cooling
Vibration-resistant spring contact retention preserving stable electrical impedance

American engineering heritage and optoelectronic innovation of Lamina Ceramics

Established in 2001 in New Jersey, United States, Lamina Ceramics (Lamina Lighting) emerged as a premier developer of high-power solid-state light engines and optoelectronic components. The company developed patented Low Temperature Co-Fired Ceramic on Metal (LTCC-M) packaging architecture.

By co-firing dielectric ceramic layers directly onto a high-conductivity copper core, this breakthrough allowed direct thermal conduction away from emitter dies without thermal bottlenecking.

Between 2008 and 2010, Lamina's patents and manufacturing assets were integrated into Lighting Science Group Corporation, scaling up automated production of heavy-duty arrays for architectural, industrial, medical, and specialized projection installations.

All Lamina modules undergo automated photometric testing and endurance stress screening to verify luminous maintenance.

Precision directional LED light engines Lamina Atlas series

The Atlas series encompasses compact circular LED light engines including models NT-42C1-0485 (green emission at 535 nm), NT-43F0-0424 (cool and neutral white), and NT-42D1-0425 (focused directional beam).

Concentric multi-die emitter clustering upon high-purity ceramic yields luminous intensity across central beam zones.

The circular profile matches standard secondary collimating optics, reflectors, and glass condenser lenses.

High structural resilience against mechanical vibration and cyclical thermal expansion makes Atlas modules suitable for industrial robotics machine vision cameras, high-speed sorting optical scanners, and surgical illumination equipment.

Multi-die LED array clusters Lamina BL series on heavy copper baseplates

The BL family comprising BL-2000, BL-3000, and BL-4000 series is built upon solid copper mounting plates delivering thermal dissipation. Model BL-21E0-0131 provides amber output at 594 nm generating up to 348 lumens.

These specifications are designed for automated machine tool indicator towers, industrial hazard beacons, and explosion-proof warning displays.

The square geometry and standardized contact land grid facilitate straightforward thermal mounting onto finned extrusions and lead-wire attachment.

High-clarity optical silicone seals the active semiconductor dies and gold wire bonds against atmospheric humidity, industrial dust, corrosive cutting fluids, and ambient workshop temperatures.

High-lumen industrial solid-state engines Titan and TitanTurbo

Lamina Titan and TitanTurbo solid-state light engines modernize energy-intensive lighting by directly replacing 75W to 100W incandescent and quartz halogen sources.

Generating between 1000 and 2000 lumens from a single compact aperture, these engines cut power usage while eliminating harmful ultraviolet emission.

Integrated bidirectional Zener transient suppression diodes protect sensitive gallium nitride semiconductor junctions against electrical line spikes and electrostatic discharge.

The solid-state semiconductor foundation resists structural vibration and shock common to stamping presses, conveyors, and rolling mills.

Advanced LTCC-M ceramic-on-metal substrates and thermal dissipation

Low Temperature Co-Fired Ceramic on Metal (LTCC-M) technology overcomes the thermal impedance of conventional printed circuit substrates.

By bonding multi-layer ceramic circuit tracks directly onto a copper baseplate, junction-to-heat-sink thermal resistance is reduced, preventing semiconductor thermal degradation.

Matched coefficients of thermal expansion across the semiconductor dies, ceramic dielectric layers, and baseplate eliminate solder fatigue and bond-wire shearing during repetitive power cycling. All materials satisfy international environmental mandates including RoHS without hazardous lead content.

EZConnect rapid wiring interface, secondary optics, and component supply

To accelerate luminaire manufacturing and field servicing, Lamina engineered the EZConnect modular system. This ecosystem features solderless push-in wiring terminals, twist-lock secondary collimator lenses offering 10 to 50 degree beam angles, and matched convection heatsinks.

Supplying original Lamina modules alongside verified replacement components enables industrial facilities to preserve specialized lighting installations, inspection rigs, and automated machine vision systems without requiring full luminaire replacement.

Lamina 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 Lamina and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.