1. Industrial Lasers Lighting For Sale
  2. sku: 8934766559354633
  3. ILX LIGHTWAVE LRS-9500

ILX LIGHTWAVE LRS-9500 Laser Diode Burn

Lrs-9500 Ilx Lightwave Laser Diode Burn-in System See Notes

( Brand: Ilx Lightwave ), ( Manufacturer Part Number: LRS-9500 ), ( Part Type: Laser ), ( Notes3: Includes 3 Mean Well Rsp-1500-48 Psu ), ( Notes4: 1 Omega Psw506 Flow Switch ), ( Notes5: Includes 1 Wilkerson F08-01-sk00 ), ( R2 Condition: Specialty Or Collectible. Guaranteed To Be As Described. 14 Day W ), ( Notes6: Includes 1 Square D 8910dpa73 ), ( Notes7: Includes 3 Buss 16021-3 Terminal Block )

Review ILX LIGHTWAVE Laser Diode Burn in System See Notes

The **ILX Lightwave LRS-9500 Laser Diode Burn-In System** is a high-performance, precision-engineered solution designed to ensure the reliability, longevity, and optimal performance of semiconductor laser diodes through rigorous and controlled burn-in testing. This advanced system is tailored for manufacturers, research laboratories, and quality assurance teams seeking to eliminate early-life failures, stabilize laser characteristics, and maximize the operational lifespan of their devices. Built with cutting-edge technology, the LRS-9500 integrates a closed-loop feedback mechanism, precise temperature regulation, and real-time monitoring capabilities to simulate real-world operating conditions while mitigating stress factors that could compromise diode integrity. Its modular design allows for flexibility in accommodating a wide range of laser diode types, including high-power and high-efficiency models, as well as customizable burn-in protocols that can be tailored to specific application requirements, such as telecom, datacom, industrial, or medical lasers. The system employs a sophisticated thermal management system to maintain uniform and stable operating temperatures, preventing thermal drift and ensuring consistent performance throughout the burn-in cycle. With its user-friendly interface and comprehensive data logging features, operators can track critical parameters such as optical output power, current, voltage, and temperature in real-time, enabling proactive adjustments and detailed post-test analysis. Additionally, the LRS-9500 incorporates advanced safety features, including overcurrent protection, thermal shutdown mechanisms, and fail-safe isolation, to safeguard both the laser diodes and the operating personnel. Whether used for pre-shipment quality control, accelerated life testing, or research and development purposes, the ILX Lightwave LRS-9500 stands as an indispensable tool for achieving unparalleled reliability and performance in laser diode applications.

### **Pros and Cons of buying a ILX Lightwave LRS-9500 Laser Diode Burn-In System**

#### **Pros:**

1. **High Precision and Reliability** The LRS-9500 is designed for accurate laser diode burn-in testing, ensuring consistent performance evaluation under controlled conditions. This is critical for quality assurance in semiconductor and optical component manufacturing.

2. **Customizable Burn-In Profiles** The system allows for flexible programming of temperature, current, and time parameters, making it adaptable to different laser diode types and testing requirements. This flexibility is useful for research, development, and production environments.

3. **Automated Testing Capabilities** The burn-in process can be fully automated, reducing human error and improving efficiency. Automated data logging and reporting streamline workflows, particularly in high-volume manufacturing settings.

4. **Durability and Stability** Built for industrial use, the LRS-9500 is designed to operate under stable environmental conditions, minimizing drift or failure during long-term testing sessions. This reliability is essential for extended burn-in cycles.

5. **Compatibility with Various Laser Diode Types** Whether testing high-power lasers, VCSELs, or edge-emitting diodes, the system supports a wide range of wavelengths and power levels, making it versatile for different applications.

6. **Data Collection and Analysis** The system includes software for monitoring key performance indicators (KPIs) such as degradation rates, spectral shifts, and efficiency changes. This data is invaluable for failure analysis and improving device longevity.

7. **Support for Accelerated Aging Tests** By simulating real-world operating conditions at elevated temperatures and currents, the burn-in process helps identify potential weaknesses early, reducing field failures.

8. **Integration with Manufacturing Lines** The LRS-9500 can be integrated into automated production lines, enabling seamless transition from testing to packaging without manual intervention.

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#### **Cons:**

1. **High Initial Cost** As a specialized piece of equipment, the LRS-9500 represents a significant upfront investment. Smaller labs or startups may find the cost prohibitive, especially if they do not have a high volume of laser diodes to test.

2. **Maintenance and Calibration Requirements** High-precision equipment like this requires regular maintenance, calibration, and potentially specialized technicians to ensure accuracy. Downtime for servicing can disrupt workflows.

3. **Complex Setup and Training** Operating the system effectively may require training for personnel, particularly in programming burn-in cycles and interpreting test results. This can introduce a learning curve and additional operational costs.

4. **Space and Infrastructure Needs** The system requires controlled environmental conditions (temperature, humidity, vibration isolation) to function optimally. Facilities may need upgrades to accommodate the equipment, adding to the total cost of ownership.

5. **Limited Scalability for Small Batches** If a company only tests a small number of laser diodes occasionally, the fixed costs of owning the LRS-9500 may not be justified. In such cases, outsourcing burn-in testing to a specialized lab could be more cost-effective.

6. **Software Dependency** The system relies on proprietary or specialized software for data acquisition and analysis. Compatibility issues, software updates, or potential vendor lock-in could pose challenges over time.

7. **Potential for Overkill in Some Applications** For research or prototyping where burn-in is not a primary concern, investing in this level of equipment may be unnecessary. Less expensive alternatives (e.g., simpler burn-in boards or manual testing) might suffice.

8. **Depreciation Over Time** Like all high-tech equipment, the LRS-9500 may become outdated as newer, more efficient models are introduced. This could limit its long-term value if the company does not upgrade regularly.

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### **Ending Conclusion**

The **ILX Lightwave LRS-9500 Laser Diode Burn-In System** is a powerful tool for industries requiring rigorous, automated testing of laser diodes. Its strengths lie in its precision, customization, and integration capabilities, making it ideal for large-scale manufacturing, semiconductor testing, and research environments where reliability and data accuracy are paramount. However, the high cost, maintenance demands, and infrastructure requirements mean it is not suitable for every user. Companies with high testing volumes, long-term quality control needs, or a focus on accelerated failure analysis will likely benefit the most from this investment. For smaller operations or those with intermittent testing needs, alternative solutions such as outsourcing or lower-cost burn-in setups may be more practical.

### **Recommendation**

**Buy the LRS-9500 if:**

- You operate in a high-volume manufacturing environment (e.g., semiconductor, optical communications, or industrial laser production).

- You require automated, repeatable burn-in testing with detailed data logging for quality assurance.

- Your facility can accommodate the equipment s environmental and space requirements.

- You have the budget and technical resources to maintain and operate the system effectively.

**Avoid purchasing the LRS-9500 if:**

- Your testing needs are infrequent or limited to small batches of laser diodes.

- You lack the infrastructure (e.g., controlled environment, IT support) to support the system.

- The upfront and operational costs outweigh the expected return on investment.

- You can achieve similar results through outsourcing or less expensive alternatives.

For businesses on the fence, consider renting or leasing the system initially to test its fit before committing to a purchase. Additionally, evaluating used or refurbished models (if available) could reduce costs while still providing access to high-quality burn-in capabilities.

Details:

Missing panels on front see photos, Paint chipping unit Includes 3 Mean Well RSP-1500-48 PSU, 1 Omega PSW506 Flow Switch, 1 Wilkerson F08-01-SK 1 Square8910DPA73, 3 Buss 16021-3 Terminal Block. Items Included / Notes If it is not pictured, probably included. This item has been Specialty or Collectible. Approx Shipping Weight and Dimensions: lbs: 389. 79.00 x 40.00 36.00 inches.

14 Day Warranty. Guaranteed to be as described. TBF Item ID: 115237. ILX LIGHTWAVE Manufacturer Item Condition Untested, Missing Parts or Complete System required For Testing Accessories panels on front see photos.

part #: lrs9500 price

  • $1056.66

specifications industrlasemr:

  • brand: Ilx Lightwave
  • mpn: Lrs-9500
  • part type: Laser
  • notes3: Includes 3 Mean Well Rsp-1500-48 Psu
  • notes4: 1 Omega Psw506 Flow Switch
  • notes5: Includes 1 Wilkerson F08-01-sk00
  • r2 condition: Specialty Or Collectible. Guaranteed To Be As Described. 14 Day W
  • notes6: Includes 1 Square D 8910dpa73
  • notes7: Includes 3 Buss 16021-3 Terminal Block

offer industrlasemr:

  • best offers: True
  • started: February 26, 2026
  • availability: In Stock
  • options: Ship-to-home
  • sold: 0
  • quantity: 1

returns industrlasemr:

  • method: Money back
  • time: 30 Days
  • paid by: Buyer
  • policy: Returns Accepted

seller industrlasemr:

  • rating: 99.7%
  • # reviews: 55694
  • city: Marietta, Georgia

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shipping industrlasemr:

general industrlasemr:

  • condition: For parts or not working
  • Medical/Lab Equipment Attachments Accessories > Lamps, Bulbs Laser Components > Laser Diodes
part type: laser, notes3: includes 3 mean well rsp-1500-48 psu, notes4: 1 omega psw506 flow switch, notes5: includes 1 wilkerson f08-01-sk00, r2 condition: specialty or collectible. guaranteed to be as described. 14 day w, notes6: includes 1 square d 8910dpa73, notes7: includes 3 buss 16021-3 terminal block,
category: business & industrial > medical/lab equipment attachments accessories > lamps, bulbs laser components > laser diodes, sku: 8934766559354633,
Ilx Lightwave LRS-9500 Is Similar To:
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1 offer $1056.66 USD
  • For parts or not working. Offer #1 priced at $1056.66 + $Calculated shipping estimate = $1056.66* total. Paint chipping on unit (see photos). ILX LIGHTWAVE Manufacturer ILX LIGHTWAVE Item Condition Untested, Missing Parts or Complete System Required For Testing Accessories Missing panels on front (see photos).+$Calculated shipping

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