Close-up of a rotating LiDAR sensor head, its glass aperture reflecting a faint cyan glint, on a city street at dusk.
905 nm pulsed emitterbehind the aperture of the scanning head

Application

LiDAR & 3D Sensing

905 nm pulsed emitters, VCSEL arrays and APDs — the transmit and receive path inside time-of-flight modules.

See the LiDAR emitters →
A rugged handheld laser rangefinder resting on a mossy rock at dusk, its multi-coated objective lens catching a faint teal glint.
905 nm pulsed emitterbehind the objective lens

Application

Laser Rangefinders & Hunting Optics

The highest-volume 905 nm socket in the world — plastic and metal TO56 emitters, pin-compatible with the OSRAM SPLPL90 family.

See the rangefinder emitters →
A pair of industrial through-beam photoelectric sensors facing each other across an automated conveyor line.
905 nm emitter diodetransmitter aperture of the through-beam pair

Application

Industrial Photoelectric Sensors

Standard 905 nm parts for distance sensors, light curtains and safety scanners — long qualification, ten-year repeat business.

See the sensor emitters →
Close-up of a terrestrial laser scanner head on its tripod, standing on open hillside at blue hour.
905 nm emitter stackbehind the blue scan window

Application

Surveying, Mapping & Airborne LiDAR

Multi-stripe emitters up to 600 W and low-drift parts for terrestrial scanners and airborne mapping payloads.

See the high-power emitters →
A weatherproof traffic sensor housing on a roadside pole at night, its optical window catching a cyan reflection.
905 nm emitter and APDbehind the weatherproof lens

Application

Traffic Enforcement & Perimeter Security

Emitters and receivers for laser speed guns, traffic scanners and perimeter intrusion detection.

See the emitters and APDs →
An airborne electro-optical gimbal turret under the fuselage of an unmarked survey aircraft at dusk.
1535 nm eye-safe sourceinside the EO turret

Application

Defense & Aerospace EO

Eye-safe 1550 nm and 1535 nm erbium-glass sources plus high-gain APDs for designation and EO payloads.

See the eye-safe sources →
A portable TDLAS gas analyser aimed at a stainless steel pipe flange at an industrial plant at night.
DFB source and detectorin the analyser optical path

Application

Gas Detection & TDLAS

DFB sources from 760 nm to 1742 nm with matched photodetectors — the complete optical core of a TDLAS instrument.

See the DFB sources →
A fibre-coupled laser light engine on a laboratory bench, its output glowing with cyan excitation light.
Fibre-coupled light engineat the glowing FC/APC output

Application

Medical, Bio & Analytical Instrumentation

Turnkey fibre-coupled light engines with TEM00 output and M² ≤ 1.2 — flow cytometry, confocal microscopy, Raman.

See the light engines →
Illustrative imagery
Source · Receiver · Driver

Laser diodes that drop straight in — and a BOM that drops with them.

LumeLiDAR supplies pin-to-pin compatible replacements for the 905 nm pulsed laser diodes, APDs, eye-safe 1550 nm emitters and erbium-glass lasers that Western OEMs already design around — backed by a bundled source + receiver + driver offer that removes cost from the whole optical BOM.

165 catalogue part numbers · 375–1742 nm · 1 mW to 600 W · RoHS compliant · quotations within one business day

120+Active part numbers
375–1742 nmWavelength coverage
1 mW – 600 WOutput power range
10+ yrsParts in field service
Where we compete

Three reasons a European or American OEM switches to LumeLiDAR

Pin-to-pin, not "equivalent"

Our PLD905-75W-P is the same package and the same pinout as the ams OSRAM SPLPL90_3. No board redesign, no re-qualification of the mechanical interface — drop it in and re-run your ranging test.

Source, receiver and driver in one quote

The emitter is rarely the expensive line on your BOM — the receive path and the drive electronics usually are. We quote the 905 nm diode, the APD and the pulse driver together, as one line item.

Field-proven in Europe already

Our 905 nm plastic two-pin emitter has been shipping into a Dutch in-vehicle laser detection system in repeated production quantities — with a de-sensitised certificate of conformance available for evaluation.

Product families

Twelve families. One supply chain.

From a two-cent plastic TO can to a 1 mJ erbium-glass laser with its matched driver board — the whole optical chain of an instrument, from one vendor.

905 nm Pulsed Laser Diodes — LumeLiDAR product photo

905 nm Pulsed Laser Diodes

PLD905 series · EEL edge emitters

The workhorse of time-of-flight.

View specifications → 52 part numbers
1535 nm Erbium-Glass Lasers — LumeLiDAR product photo

1535 nm Erbium-Glass Lasers

LZ1535 series · 10 µJ to 1 mJ

Passively Q-switched erbium-glass microchip lasers in a rugged, hermetically sealed package.

View specifications → 11 part numbers
APD Avalanche Photodiodes — LumeLiDAR product photo

APD Avalanche Photodiodes

TO46 / LCC · 905 nm, 650 nm and 1550 nm

The receive half of the link.

View specifications → 12 part numbers
Gas Sensing · TDLAS Sources & Detectors — LumeLiDAR product photo

Gas Sensing · TDLAS Sources & Detectors

DFB / VCSEL 760 – 1742 nm + matched photodetectors

A complete optical core for tunable-diode laser absorption spectroscopy: a DFB or VCSEL source on the exact absorption line of the target gas, a spectrally matched photodetector, and a turnkey methane sensor module for customers who would rather buy the finished optical assembly than build one..

View specifications → Made to order · availability on enquiry

See all twelve families

Applications

Who buys from us, and why

Our buyers are not the LiDAR brand names. They are the sensor manufacturers, the rangefinder ODMs, the instrument houses and the EO module builders who actually put a laser diode on a board.

Cross-reference

The replacement guide

Search by the part you already use — ROHM RLD90QZW3, ams OSRAM SPLPL90_3, SPLUL90AT08, Hamamatsu APDs, Coherent erbium glass. We will tell you whether the swap is pin-to-pin or functional, and what changes on your board.

Open the cross-reference
Quality

Tested before it ships, not after it fails

Every device is measured at 25 °C for peak wavelength and output power, visually inspected under high magnification, and — for the high-reliability lines — burned in across the full operating temperature range. Units ship with the per-lot test record and a certificate of conformance.

  • Wavelength and power verification recorded per unit
  • Programmable high / low temperature burn-in chambers
  • Fibre end-face interferometry on every connectorised assembly
  • Per-unit breakdown voltage recorded for APDs
  • RoHS / REACH declarations and laser class reports on request

See the test floor

Wavelength and output power verification bench
High-magnification inspection microscope
Automated fibre coupling station
Automatic die bonder

Send us a part number and a quantity.

We will come back with a cross-reference position, a unit price, a lead time and a sample offer — usually the same working day.

Request a quote Email sales