SciAps Z200C+ Handheld LIBS Analyzer

The SciAps Z200C+ is a state-of-the-art handheld Laser-Induced Breakdown Spectroscopy (LIBS) analyzer designed for fast, precise, and radiation-free elemental analysis. Built with advanced laser technology, the Z200C+ delivers rapid material identification, making it an excellent choice for metallurgy, mining, environmental testing, and quality control applications.

Featuring a compact and rugged design, the Z200C+ is engineered for field and laboratory use, providing laboratory-grade performance in a portable format. With its extended spectral range and high-sensitivity detection, it excels in analyzing light elements such as Li, Be, B, C, and Mg, which are traditionally difficult to measure with XRF analyzers.

Designed for high-speed operation, the Z200C+ requires no sample preparation and delivers instant results in just a few seconds. Its user-friendly touchscreen interface, built-in camera, and cloud-enabled connectivity ensure seamless data collection and reporting, making it a powerful tool for scientists, engineers, and industrial professionals.

Key Features & Benefits

✅ Laser-Based Elemental Analysis – Uses LIBS technology for rapid, radiation-free material identification.

✅ Carbon (C) Capable – One of the only handheld LIBS analyzers capable of measuring carbon content in steels.

✅ Extended Elemental Range – Detects light and heavy elements, including Li, Be, B, C, Mg, Al, Si, Ti, V, Cr, Mn, Fe, Ni, Cu, Zn, Pb, and more.

✅ Ultra-Fast Results – Provides instant elemental analysis (<1 second per test) with no sample preparation required.

✅ Lightweight & Ergonomic – Designed for handheld, one-handed operation, weighing only 4 lbs (1.8 kg).

✅ High-Resolution Spectroscopy – Offers advanced spectral resolution for precise element detection.

✅ Built-In Argon Purge – Optional argon gas integration for enhanced detection of carbon, aluminum, and other light elements.

✅ Rugged & Field-Ready – Durable design for industrial, laboratory, and outdoor environments.

✅ Cloud-Enabled & Wireless Connectivity – Supports Wi-Fi, Bluetooth, and USB for seamless data transfer and reporting.

✅ Touchscreen Interface & Built-in Camera – User-friendly touchscreen with a sample documentation camera for easy data tracking.

✅ Low Operating Costs – No X-ray radiation, eliminating the need for costly licensing and safety requirements.

Applications

???? Metallurgy & Alloy Analysis – Identify and verify ferrous and non-ferrous alloys in industrial settings.
???? Mining & Geochemistry – Analyze minerals, ores, and geological samples for elemental composition.
???? Environmental Monitoring – Detect hazardous elements in soil, water, and industrial waste.
???? Quality Control & Manufacturing – Ensure raw materials and finished products meet specifications.
???? Aerospace & Automotive Industry – Verify material integrity for critical components.
???? Forensics & Security – Perform trace element analysis for forensic investigations.

Technical Specifications

General Specifications

• Model: SciAps Z200C+
• Technology: Laser-Induced Breakdown Spectroscopy (LIBS)
• Weight: 1.8 kg (4 lbs) – lightweight and portable
• Dimensions: Compact handheld design for field and lab use
• Display: 5-inch color touchscreen, sunlight-readable
• Operating System: Android-based interface for intuitive navigation
• Construction: Rugged and field-ready, built for industrial environments
• IP Rating: IP-54 (dust and moisture-resistant)

Laser & Optical System

• Laser Type: Pulsed laser (Class 3B) – 1064 nm wavelength
• Pulse Energy: 6 mJ per pulse
• Repetition Rate: 50 Hz
• Spectral Range: 190 – 620 nm (high-resolution optical detection)
• Spectral Resolution: Optimized for precise elemental detection
• Spot Size: Small laser focus area for pinpoint accuracy
• Argon Purge Option:
  • Enhances light element detection, especially for carbon (C), lithium (Li), beryllium (Be), and boron (B)
  • Argon gas integration available for lab-grade accuracy

Performance & Sensitivity

• Analysis Speed: Instant results in <1 second
• Elemental Range:
  • Detects elements from Lithium (Li) to Uranium (U)
  • Excellent for light element detection (Li, Be, B, C, Mg, Al, Si, Ti, V, Cr, Fe, Ni, Cu, Zn, Pb, etc.)
  • Carbon (C) measurement capability for steel and cast iron analysis
• Detection Limits: Parts per million (ppm) range, depending on element and material
• Alloy Library: Preloaded with an extensive metals database
• Multi-Point Analysis: Averaging function for enhanced accuracy

Battery & Power

• Battery Type: Rechargeable Li-ion battery
• Battery Life: Up to 6–8 hours of continuous use
• Charging Options: External charger and USB direct charging

Connectivity & Data Management

• Connectivity Options:
  • Wi-Fi for remote access and cloud integration
  • Bluetooth & USB for data transfer and PC connectivity
• Data Storage:
  • Internal memory for thousands of test results
  • Cloud-enabled for real-time data access and reporting
• Export Formats: CSV, PDF, and cloud-based reporting
• Built-in Camera & Barcode Scanner:
  • High-resolution camera for sample documentation
  • Barcode scanner for easy sample tracking

Safety & Compliance

• Radiation-Free Analysis – Uses LIBS technology, eliminating the need for X-ray radiation licensing
• Laser Safety Features:
  • Automatic interlocks to prevent accidental activation
  • Protective shielding for user safety
• Certifications: CE, RoHS, and industry safety compliant

Applications

• Metal & Alloy Analysis – Identify and verify ferrous and non-ferrous metals
• Mining & Geochemistry – Analyze minerals and ores in exploration and processing
• Environmental Testing – Detect hazardous elements in soil, water, and waste
• Quality Control & Manufacturing – Ensure material compliance in industrial production
• Automotive & Aerospace Component Testing – Verify critical material integrity

Why Choose the SciAps Z200C+?

The SciAps Z200C+ Handheld LIBS Analyzer is a powerful, portable, and advanced solution for fast and accurate elemental analysis. With its rugged build, extended detection capabilities, and real-time connectivity, it is an essential tool for professionals in metallurgy, mining, environmental science, and beyond.