NM01M515

The Labino Apollo 3.0 Single Sensor Unit is a precision measurement instrument designed for accurate and reliable light intensity measurements in various applications, particularly within non-destructive testing (NDT) and quality control processes. This unit features a single sensor, enabling focused and precise measurements at a specific point. The Apollo 3.0 is engineered for ease of use and consistent performance, making it an essential tool for professionals requiring accurate light readings.

Included with the Apollo 3.0 Single Sensor Unit is an ISO 17025 Calibration Certificate. This certificate verifies that the device has been calibrated by an accredited laboratory that meets the stringent requirements of ISO 17025. This accreditation ensures that the measurements provided by the sensor unit are traceable to national or international standards, providing users with the highest level of confidence in the accuracy and reliability of their readings.

Manufactured by Labino, a reputable leader in UV and NDT lighting and measurement solutions, the Apollo 3.0 Single Sensor Unit is built to exacting standards, ensuring durability and long-term performance.

Key Features and Benefits:

• Single Sensor Design:

  • Provides focused and precise light intensity measurements.

  • Ideal for applications requiring pinpoint accuracy.

• ISO 17025 Calibration Certificate:

  • Ensures measurement accuracy and traceability.

  • Provides confidence in measurement reliability.

  • Meets stringent quality control requirements.

• High Accuracy and Reliability:

  • Delivers consistent and dependable measurements.

  • Reduces measurement errors and inconsistencies.

• User-Friendly Design:

  • Easy to operate and interpret readings.

  • Enhances efficiency in measurement processes.

• Labino Quality:

  • Manufactured by a trusted provider of NDT and UV lighting solutions.

  • Ensures durability and long-term performance.

Applications:

• Non-Destructive Testing (NDT):

  • UV light intensity measurements in fluorescent penetrant and magnetic particle inspections.

  • Ensuring compliance with industry standards.

• Quality Control:

  • Light intensity measurements in manufacturing and industrial processes.

  • Verifying lighting conditions for optimal product quality.

• Laboratory and Research:

  • Precise light intensity measurements in scientific experiments.

  • Ensuring accurate and reproducible results.

• Environmental Monitoring:

  • Measurement of light levels.