EnviroMETROS LAB

The novel EnviroMETROS series provides the perfect routine analysis tools for any sample with a special focus on multilayer thin films and their surfaces by combining small to large sample capabilities or wafer handling with a variable information depth photoelectron spectrometer.

EnviroMETROS is a unique metrology platform for the chemical analysis of ultrathin films and 2D materials that allows a detailed characterization of stoichiometries‚ composition and depth distribution of elements. In combination with optical and other analytical techniques it enables depth dependent composition analysis of unsurpassed precision‚ reliability and repeatability.

KEY FEATURES

Metrology with ultimate stability, reliability and repeatability;
Precise chemical and dimensional quantification
Short acquisition times (high sensitivites and throughput)
Non-destructive depth profiling using different photon energies in combination with angle resolved XPS (ARXPS)
Flexible analysis area (100 µm to 1 mm)
Integration of supplementary optical metrology (IRRAS and Raman)
Electronic structure analysis by combined UPS and IPES
Identification of energy loss mechanisms by REELS
Option to operate the system in UHV or NAP environmentv
Fully Software Controlled

MADE FOR THESE METHODS
SPECIFICATIONS
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MADE FOR THESE METHODS

5

AES, SAM, SEM

Auger electron spectroscopy/microscopy detects the energy distribution of secondary electrons returning from a surface locally for chemical analysis.

IPES, BIS

Inverse Photoelectron Spectroscopy or Bremsstrahlung Isochromate Spectroscopy is a laboratory-based method to analyze unoccupied states

NAP-XPS and NAP-UPS

X-ray Photoelectron Spectroscopy (XPS) and Ultraviolet Photoelectron Spectroscopy (UPS) are well-established and versatile techniques commonly used...

XPS, Chemical Mapping

X-ray photoelectron spectroscopy (XPS) is a widely used method for chemical analysis. By surface imaging or mapping a chemical map can be recorded

IRRAS and Raman

SPECIFICATIONS

EnviroMETROS LAB

Configuration

System	Automated surface metrology system for (NAP-)XPS, (NAP-)HAXPES, LEISS, Ar_n⁺-Sputter depth profiling, REELS, (NAP-)UPS, IPES, SEM/SAM, Raman and IRRAS Clean room, CE, UL and SEMI compliant
System LAB	Integrated load lock, sample distribution and sample storage chamber with automated sample transfer Connection from distribution chamber to other UHV or HV systems or sample introduction from a glovebox (optional)
Pumping System	Turbomolecular pumps Oil-free backing pumps
Electron spectrometer	From UHV (< 5 × 10-10 mbar) to NAP (50 mbar)
Electron spectrometer	Hemispherical Electron Analyzer (150 mm) with wide angle lens (+/- 30°) AD-CMOS Detector (< 1200 energy channels and < 12 angle channels)
X-Ray Source	Small spot crystal monochromator Spot sizes: < 100 μm to > 1 mm Switchable X-ray energies (Al K_α, Ag L_α, Cr K_α)
Charge neutralization	Dual beam charge neutralization (UHV) Environmental charge compensation (NAP)
SEM/SAM	Imaging with 1 μm lateral resolution
Sputter depth profiling	Monoatomic (0.2 – 5 keV) Ar-Cluster (up to 10 keV, optional)
LEISS	He⁺ ion scattering spectroscopy (0.2 – 5 keV)
(NAP-)UPS	Small spot UV discharge source
IPES	Low energy BIS (5 – 15 eV)
REELS	Electron energies (0.1 – 5 keV)
Raman/IRRAS	Integrated in measurement position
Gas dosing system	Automatic inlet for 3 gases (optional)
Automation	Full automation of vacuum system, sample transfer, data analysis, reporting
Software	Keystone M for vacuum control, sample transfer, sample analysis and reporting ISQAR and ITFAP packages integrated for data evaluation and depth profiling
Sample holder size	80 mm × 80 mm
Sample holders	Up to 4 electrical contacts on sample holder (more optional on request)
Sample stage	Fully motorized, non-magnetic, UHV/NAPcompatible and computer controlled three axis sample stage for full 80 mm × 80 mm lateral motion and 20 mm vertical motion