SciAps Z200c+ LIBS Analyzer for Rapid Elemental Analysis

Overview of SciAps Z200c+ LIBS Analyzer

The SciAps Z200c+ LIBS Analyzer is a high-performance handheld instrument designed for fast and accurate elemental analysis using Laser-Induced Breakdown Spectroscopy (LIBS). Engineered for industrial, mining, and research applications, this analyzer delivers laboratory-grade results directly in the field without the need for sample preparation.

What Is LIBS Technology

Understanding Laser-Induced Breakdown Spectroscopy

LIBS is an analytical technique that uses a focused laser pulse to generate a micro-plasma on the sample surface. The emitted light is analyzed to identify and quantify elemental composition in real time.

Advantages of LIBS Over Traditional Methods

LIBS technology enables rapid multi-element detection including light elements such as lithium, beryllium, boron, carbon, sodium, and magnesium. It eliminates consumables and reduces operational costs compared to conventional analytical techniques.

Key Features of SciAps Z200c+ LIBS Analyzer

Advanced Laser System

The Z200c+ features a high-energy laser optimized for consistent plasma generation, enabling accurate analysis across a wide range of materials.

Broad Elemental Coverage

This analyzer supports detection of light and heavy elements, making it ideal for alloys, ores, powders, and industrial materials.

Handheld and Portable Design

Designed for field use, the SciAps Z200c+ is lightweight, rugged, and easy to operate in demanding environments.

Fast Analysis Time

Results are delivered within seconds, allowing high-throughput testing and immediate decision-making on site.

Touchscreen User Interface

An intuitive color touchscreen simplifies operation, data review, and calibration management.

Applications of SciAps Z200c+ LIBS Analyzer

Mining and Exploration

Used for rapid ore identification, grade control, and lithium exploration directly at drilling or mining sites.

Metals and Alloy Analysis

Ideal for alloy sorting, quality control, and verification of stainless steel, aluminum, nickel, cobalt, and specialty alloys.

Battery and Energy Materials

Supports analysis of lithium-bearing materials critical for battery manufacturing and recycling processes.

Research and Academic Use

Provides flexible analytical capabilities for universities and laboratories conducting material science research.

Environmental and Industrial Testing

Suitable for screening materials, contamination analysis, and industrial process monitoring.

Benefits of Using SciAps Z200c+ LIBS Analyzer

Real-Time Decision Making

Immediate results reduce delays associated with laboratory testing and sample transport.

Minimal Sample Preparation

Direct analysis of solid samples improves efficiency and reduces handling errors.

Cost-Effective Operation

No gases, acids, or consumables are required, lowering long-term operational costs.

High Accuracy and Repeatability

Advanced calibration models ensure consistent and reliable analytical performance.

Data Management and Connectivity

Integrated Data Storage

The analyzer stores thousands of test results with full spectral data.

Wireless Connectivity

Supports Wi-Fi, Bluetooth, and USB for seamless data transfer and report generation.

Cloud and Software Integration

Compatible with SciAps software solutions for advanced data analysis and remote collaboration.

Why Choose SciAps Z200c+ LIBS Analyzer

The SciAps Z200c+ LIBS Analyzer combines portability, speed, and analytical precision in a single handheld device. Its ability to detect light elements and deliver immediate results makes it a powerful solution for industries that require fast, reliable elemental analysis without compromising accuracy.

Features:

– High-purity Argon and Purge. Argon purge is essential for quantitative analysis with LIBS and OES, and for carbon it is critical
– High laser pulse energy and frequency. The SciAps laser delivers 5-6 mJ/pulse on the sample, with a 50 Hz repetition rate
– Laser Raster. Rastering is a must for accurate carbon tests with LIBS. The laser is typically 100 um diameter beam and even the best sample prep may not completely remove surface contamination on this distance scale
– High speed laser cleaning shots. Eliminates most surface sample prep
– Eliminates bad burns. On-board camera and laser targeting eliminates poor quality “burns”
– Android OS and Data SHARE Apps. Share data direct to your phone, sync with any computer globally, print to wireless printers

Applications:

– Refinery companies
– Inspection companies
– Carbon analysis in alloys in the field in seconds
– Carbon analysis in L, H and Standard Grade Stainless

Warranty Information
2 Years