As a dedicated supplier to the manufacturing and R&D sectors, I present the Diode 1470 Laser as a reliable backbone for your laser applications. If your team values High-Quality performance and consistent results, this diode delivers clean 1470 nm emission, excellent power stability, and a compact, low-maintenance design. Its robust construction suits high-demand environments, with long lifetimes and minimal downtime, helping your Company keep production lines running. I offer flexible packaging, precise drive currents, and strong QA records, supported by documentation your engineers trust. Whether fiber coupling, sensing, or materials processing, this laser provides stable wavelength, reduced noise, and scalable integration. For procurement teams seeking efficiency and risk reduction, I provide competitive pricing, fast lead times, and comprehensive after-sales support, including technical training and inline testing. Let me help you validate whether the Diode 1470 Laser fits your application, delivering reproducible, high-quality results across batches.
From concept to delivery, a diode 1470 laser project begins with global collaboration. A practical need becomes a tight specification—wavelength near 1470 nm, target power, and reliability goals. Early prototyping tests packaging, heat management, and drive electronics, shaping a scalable design ready for mass production. Manufacturing follows a disciplined QA path: in‑house chip bonding, precise fiber coupling, burn‑in, and accelerated life tests to prove stability. With flexible options for power, fiber delivery, polarization, and interfaces, the process maintains traceable records, meeting common certifications and industry standards. Delivery hinges on a resilient supply chain and clear logistics. Small-batch prototyping can de‑risk programs, while scalable production meets growing demand and varied lead times. Comprehensive after‑sales support, warranties, and field guidance complete the offering, giving global buyers confidence to commit with minimal risk.
| Attribute | Typical Value | Unit | Notes |
|---|---|---|---|
| Central Wavelength | 1470 | nm | Target center wavelength for 1470 nm diode. |
| Wavelength Range | 1465–1485 | nm | Within specification window. |
| Typical Output Power | 120 | mW | Measured at 25°C, 350 mA with standard collimation. |
| Threshold Current | 25 | mA | Typical at 25°C; range 18–32 mA. |
| Operating Current Range | 150–350 | mA | Recommended drive current for stable operation. |
| Forward Voltage at Rated Current | 1.8 | V | Measured at 350 mA typical. |
| Slope Efficiency | 0.70 | W/A | Estimated typical. |
| Package Type | Standard SMD ceramic package | N/A | Compatible with common diode laser modules. |
| Operating Temperature Range | -20 to 60 | °C | Ambient operating range. |
| Storage Temperature Range | -40 to 85 | °C | Storage conditions before use. |
| Lead Time | 14–21 | days | From concept to sample/delivery. |
| QA Pass Rate | 98 | % | Final QA acceptance rate. |
| Safety Certification | IEC 60825-1 | N/A | Laser safety standard compliance. |
| Estimated MTBF | 50,000 | hours | Predicted mean time between failures. |