SciAps Z-901 Lithium LIBS 

The SciAps Z-901 Lithium LIBS is a handheld Laser-Induced Breakdown Spectroscopy (LIBS) analyzer designed for rapid detection and measurement of lithium in various materials, especially in mining and geochemical applications.

Features:

1. Optimized for Lithium Detection

• Specifically designed to detect and quantify lithium in a variety of materials, including ores, minerals, and processed materials.

2. Handheld and Portable

• Lightweight (about 4 lbs / 1.8 kg), making it easy to carry and use in the field for on-the-spot analysis.
• Ideal for remote locations or rough environments like mining sites.

3. Fast and Real-Time Analysis

• Provides almost instant results (within seconds) with minimal sample preparation, allowing for quick decision-making during field operations.

4. No Argon Gas Required (Air-Based Operation)

• Unlike many LIBS devices, it does not require argon purge for operation in most cases, which lowers operating costs and increases convenience in the field.
• Optional use of argon is available to improve precision and reduce detection limits for specific applications.

5. Durable and Rugged Design

• Built to withstand tough environments and harsh conditions, making it suitable for mining and exploration applications.

6. High-Resolution Display and Simple User Interface

• Features a color touchscreen display and an intuitive interface, making it easy to operate for both experienced users and newcomers.

7. Data Storage and Transfer

• The device allows data storage for multiple readings and supports easy transfer via USB, Wi-Fi, or Bluetooth for further analysis.

8. Laser Safety and Certification

• Includes built-in safety features like a laser interlock and automatic shutdown to prevent accidents.
• Compliant with international safety standards.

9. Battery Life

• Powered by a rechargeable battery, providing several hours of use in the field without needing frequent recharges.

10. Versatility

• While optimized for lithium, the Z-901 can also detect a range of other elements, making it useful for broader elemental analysis in various applications.

Benefits:

1. Portability: Its handheld design allows for on-site analysis, reducing the need for sample transportation and minimizing downtime.
2. Rapid Analysis: The LIBS technology provides quick results, enabling real-time decision-making and improving efficiency in operations like recycling or quality control.
3. Comprehensive Element Detection: It can detect a wide range of elements, making it suitable for assessing battery composition and identifying impurities.
4. User-Friendly Interface: Often equipped with intuitive software, it allows users to easily interpret results and manage data.
5. Cost-Effective: By facilitating immediate analysis, it can help save costs associated with laboratory testing and improve operational efficiencies.
6. Environmental Impact: By supporting battery recycling and material recovery, it contributes to sustainable practices in the energy and recycling industries.

Specifications:

1. Analysis Technique:
   • Laser-Induced Breakdown Spectroscopy (LIBS)
2. Weight:
   • Approximately 2.5 kg (5.5 lbs)
3. Dimensions:
   • Compact design for portability (specific dimensions may vary).
4. Battery Life:
   • Long-lasting battery for extended field use (typically several hours on a single charge).
5. Measurement Range:
   • Capable of detecting lithium concentrations from low ppm (parts per million) levels up to high percentages.
6. Data Output:
   • Real-time results displayed on a built-in screen.
   • Data can often be exported via USB or other means for further analysis.
7. Operating Conditions:
   • Designed for a wide range of environmental conditions, including temperature and humidity variations.
8. Calibration:
   • Generally pre-calibrated for lithium; additional calibration options may be available for specific applications.
9. Software:
   • User-friendly software for data interpretation and reporting.
10. Applications:
    • Suitable for various fields, including battery production, recycling, and mining.

The SciAps Z-901 is highly valued in industries such as mining, energy storage, and materials research, particularly for its ability to analyze lithium efficiently.