SLP-808-1000 — Compact High-Power Laser for 3D Applications, Providing Pulsed High-Brightness Illumination
The SLP-808-1000 is an SL Pulsed Power Laser from Osela, Canada, a pulsed structured-light laser dedicated to 3D, with a wavelength of 808nm and laser power of 1000mW. Compact in design while providing high power, it incorporates a microcontroller that enables high-intensity illumination during a defined portion of the factory-preset operating time while maintaining good heat dissipation. It is ideal for 3D structured light, outdoor industrial inspection, railway and road inspection, and high-signal-to-noise applications.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Wavelength | 808 nm |
| Wavelength Tolerance | +5/-5 |
| Power | 1000 mW |
| Sector Angle | 5，10，15，20，30，38，45，60，75 |
| Beam Pattern | Single Line, Multiple Lines |
| Aiming Error | < 3 mrad |
| Wavelength Drift | ≈ 0.25 nm/°C |
| Pointing Stability | < 6 μrad/°C |
| Modulation | RT |
| Protection (Built-In) | Electrostatic Protection, Overvoltage Protection (30 VDC), Overtemperature Protection (>50℃) |
| Long-Term Power Stability [8 Hours, 2-Minute Warm-Up Time] | <3%, with a 2-Minute Warm-Up Time |
| Operating Voltage | 5±0.5 VDC |
| Operating Temperature | -10℃ ~ +50℃ |
| Weight | < 50 g |
| Connectors | Length: 18 Inches; Belden9533 3-Conductor Cable; Fully Broken Out |
| Electrostatic Discharge Protection | Grade 4 |
| Shock Resistance [6 ms] | 30 g，6 ms |
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
SL-690-35 — High-Performance, Highly Reliable 3D Structured-Light Laser
Lighting Solutions
Daheng-imaging
Wavelength: 690 nm Wavelength Tolerance: +5/-10 Power: 35 mW
The SL-690-35 is a Streamline Laser 3D structured-light laser from Osela, Canada, with a wavelength of 690nm and laser power of 35mW. It offers an excellent beam line profile, high pointing stability and high focus stability. It supports external focusing and provides electrostatic, overvoltage and overtemperature protection. Main applications include 3D machine vision, industrial inspection and biomedical uses.
-
StingRay-525 — Structured-Light Pattern Laser
Lighting Solutions
Daheng-imaging
Wavelength: 525 nm Wavelength Tolerance: +5/-5 Power: 5，10，20，25，50，75
Coherent's StingRay diode-based structured-light pattern lasers offer flexibility, easier focusing, excellent output capability and longer life, enabling faster, more accurate 3D machine-vision system construction. They are described as the industry's first standard products with brightness nonuniformity below ±5%. Uniformity simplifies image postprocessing and improves measurement accuracy/speed. Adjustable-focus optics focus the laser onto planes at different distances. The lens mechanics also allow Dynamic Line Balancing to avoid uneven brightness when mounted at an angle.
-
SL-660-100 — High-Performance, Highly Reliable 3D Structured-Light Laser
Lighting Solutions
Daheng-imaging
Wavelength: 660 nm Wavelength Tolerance: +5/-5 Power: 100 mW
The SL-660-100 is a Streamline Laser 3D structured-light laser from Osela, Canada, with a wavelength of 660nm and laser power of 100mW. It offers an excellent beam line profile, high pointing stability and high focus stability. It supports external focusing and provides electrostatic, overvoltage and overtemperature protection. Main applications include 3D machine vision, industrial inspection and biomedical uses.
-
SL-690-50 — High-Performance, Highly Reliable 3D Structured-Light Laser
Lighting Solutions
Daheng-imaging
Wavelength: 690 nm Wavelength Tolerance: +10/-10 Power: 50 mW
The SL-690-50 is a Streamline Laser 3D structured-light laser from Osela, Canada, with a wavelength of 690nm and laser power of 50mW. It offers an excellent beam line profile, high pointing stability and high focus stability. It supports external focusing and provides electrostatic, overvoltage and overtemperature protection. Main applications include 3D machine vision, industrial inspection and biomedical uses.
-
Intersection Surveillance Node Optical Line Protector FW-OLPB
Lighting Solutions
Fiberwdm
Switching Time [FW-OLPB]: < 15 ms Calibrated Wavelength [FW-OLPB]: 1310&1550 Power Range [FW-OLPB]: -50～+23 dBm
The source describes highway monitoring nodes every2km in a chain: an intermediate power failure disconnects downstream nodes, preventing evidence retrieval after incidents. It cites an above98% highway/public-security monitoring uptime requirement. FIBERWDM 瑞东科技's FW-OLPB automatically detects protected-node power and instantly bypasses failed nodes optically, maintaining connectivity. It suits highway/tunnel surveillance and improves downstream equipment availability. In a single-fiber A–C–B chain, C failure interrupts downstream communication. Adding OLPB bypasses C. The stated normal path is A equipment → A interface (protection module) → L interface (C equipment) → R (protection module) → B interface (protection module) → B equipment. On C power loss, the path becomes A equipment → A interface → B interface → B equipment. Optical switching automatically changes the default path and carries traffic during power interruption, preserving A–B communication. Restored C power automatically returns normal A–C–B operation. Diagram references in the cached description illustrate these states.
Related Articles
In photonics and laser technology, devices that manipulate optical signals via the electro-optic effect form the backbone of precision optical systems. Electro-optic phase modulators and electro-optic deflectors are two prominent examples of this device category. As a critical hardware solution for high-speed, high-accuracy laser beam direction control, electro-optic deflectors are widely deployed across industrial and research settings. Below is a detailed overview of their core structure, key performance drivers, and primary use cases.
GYOPTICS 30 W collimated isolator is a highly‑reliable passive optical component optimized for 1064 nm high‑power laser systems. Characterized by low insertion loss and superior backward‑light suppression capability, it effectively blocks reflected light traveling back toward the laser resonator, eliminating back‑reflection‑induced instability and protecting fiber or solid‑state laser sources during long‑term operation.
For 1D optical detection scenarios such as spectrum acquisition, dimensional measurement and optical scanning, area array CMOS/CCD suffer redundant pixels, high cost and slow row readout speed.
Laser pump sources are the core energy input component of solid-state lasers and laser amplifiers, and their performance directly determines the output power, beam quality and service life of the entire laser system. In scenarios such as industrial processing, scientific research experiments and high-end equipment, improper pump source selection will not only result in substandard system performance, but also bring a series of problems such as rapid device degradation and high operation and maintenance costs. This article sorts out the core selection logic and key pitfalls of pump source procurement, and provides selection references based on mature, mass-produced high-reliability products to help purchasers efficiently screen suitable products.
Loading...
Name
Phone
Organization
Use Case
Database Platform