Thermo Scientific Niton Apollo LIBS Analyzer for Fast Elemental Analysis

Overview of Thermo Scientific Niton Apollo LIBS Analyzer

The Thermo Scientific Niton Apollo LIBS Analyzer is a handheld analytical instrument designed for rapid elemental analysis using Laser Induced Breakdown Spectroscopy LIBS. Built for industrial and field environments, this analyzer delivers fast reliable results while maintaining a compact and ergonomic handheld design.

Understanding LIBS Technology

What Is Laser Induced Breakdown Spectroscopy

Laser Induced Breakdown Spectroscopy is an analytical technique that uses a focused laser pulse to create a micro plasma on the surface of a sample. The emitted light is analyzed to identify and quantify elemental composition in real time.

Advantages of LIBS for Field Analysis

LIBS technology enables immediate multi element detection including light elements that are difficult to measure with other portable techniques. It allows direct analysis of solid materials with minimal or no sample preparation.

Key Features of Thermo Scientific Niton Apollo

Handheld and Rugged Design

The Niton Apollo is engineered for portability and durability making it suitable for demanding industrial and outdoor environments.

Rapid Elemental Results

Elemental analysis is completed within seconds enabling high throughput testing and real time decision making in the field.

Broad Element Detection

The analyzer supports detection of a wide range of elements across metals alloys and industrial materials depending on the application mode.

User Friendly Interface

An intuitive touchscreen interface simplifies operation data review and workflow management for users of all experience levels.

Low Operating Cost

LIBS technology eliminates the need for consumables gases or chemicals reducing long term operating expenses.

Applications of Thermo Scientific Niton Apollo LIBS Analyzer

Metal and Alloy Identification

Used for alloy sorting positive material identification and quality control in manufacturing and recycling operations.

Mining and Exploration

Supports rapid screening of ores and geological samples to assist exploration and grade control activities.

Industrial Quality Control

Enables verification of raw materials finished goods and critical components directly on the production floor.

Research and Development

Suitable for laboratories and research facilities requiring fast elemental analysis without complex sample preparation.

Benefits of Using Thermo Scientific Niton Apollo

Real Time Decision Making

Immediate results reduce delays associated with laboratory testing and improve operational efficiency.

Portable Field Operation

The handheld format allows testing directly at the point of need without transporting samples.

Consistent Analytical Performance

Advanced calibration models and stable laser technology provide reliable and repeatable measurements.

Safe and Controlled Operation

Built in safety features ensure controlled laser operation and user protection during analysis.

Data Management and Connectivity

Integrated Data Storage

Stores thousands of analysis results with associated spectral information.

Flexible Data Transfer

Supports wireless and wired connectivity options for exporting data to computers and reporting systems.

Software Integration

Compatible with Thermo Scientific software solutions for data analysis reporting and compliance documentation.

Why Choose Thermo Scientific Niton Apollo LIBS Analyzer

The Thermo Scientific Niton Apollo LIBS Analyzer combines speed portability and analytical capability in a single handheld device. Its ability to deliver immediate elemental results makes it a practical solution for industries that require fast accurate and cost effective material analysis.

Specifications ;

General Information

Product name
Thermo Scientific Niton Apollo LIBS Analyzer

Analytical method
Laser Induced Breakdown Spectroscopy LIBS

Instrument format
Handheld portable analyzer

Intended analysis
Real time elemental identification

Primary application focus
Metal and alloy verification

Laser and Excitation System

Laser source
Pulsed solid state laser

Operating wavelength
1064 nm

Energy output
Optimized pulse energy for stable plasma formation

Pulse repetition rate
High frequency operation for rapid measurements

Spot size
Micro scale laser spot for localized surface analysis

Safety classification
Class 3B with integrated interlock protection

Elemental Detection Capabilities

Elemental coverage
Wide range of alloying elements including aluminum silicon titanium chromium manganese iron nickel cobalt copper molybdenum and tungsten

Carbon analysis
Optimized performance for carbon measurement in steels

Material compatibility
Ferrous and non ferrous metals industrial alloys and components

Grade recognition
Automatic alloy grade identification

Analytical Performance

Typical analysis time
Approximately 1 to 2 seconds per measurement

Measurement approach
Point and shoot testing

Measurement consistency
High repeatability using advanced spectral processing

Result reliability
Comparable to laboratory methods for alloy sorting

Optical and Spectrometer System

Spectrometer design
High resolution optical emission spectrometer

Wavelength optimization
Configured for metallic and alloy spectra

Signal detection
Multi channel optical collection system

User Interface and Software

Display type
Integrated color touchscreen

Interface design
Graphical icon based navigation

Software functions
Live results display alloy comparison pass fail indicators data labeling and reporting

User access
Multiple user levels with password protection

Data Storage and Connectivity

Internal memory
Stores thousands of measurements with spectra

Export formats
CSV PDF and proprietary formats

Connection options
USB Wi Fi and Bluetooth

Software integration
Compatible with Thermo Scientific data management platforms

Power and Battery System

Battery technology
Rechargeable lithium ion battery

Operating duration
Supports full work shift depending on usage

Charging solutions
AC charger and docking station

Battery replacement
Tool free battery swap design

Physical Characteristics

Instrument weight
Approximately 1 point 8 kilograms including battery

Ergonomic design
Balanced handheld form for extended use

Housing construction
Rugged industrial grade enclosure

Environmental resistance
Designed for harsh industrial conditions

Operating Environment

Temperature range
Typical operation between 0 and 45 degrees Celsius

Storage conditions
Extended temperature tolerance for transport

Humidity tolerance
High humidity operation non condensing

Safety and Compliance

Laser control
Integrated contact sensor and automatic beam shutoff

User protection
Controlled laser emission during analysis

Compliance standards
CE RoHS and applicable laser safety regulations

Package includes:

– Locking shielded carrying case
– Two (2) Milwaukee M18 Redlithium High Demand CP2.0 battery packs
– One (1) Milwaukee M18 & M12 multi-voltage charger
– Five (5) Thermo Scientific analytical argon cartridges
– Setup standards
– Laser safety glasses
– Instrument cleaning kit
– Safety lanyard and carabiner
– PC connection cable

Warranty Information
2 Years