Correlating surface sites and elecrochemical activitity

In-Operando STM for electrochemistry

Correlating surface sites and catalytic activity

In-Operando STM for catalysis

Products

LPM Gas Analyser

Benchtop realtime gas analysis system over a large pressure range

Products

CVD optimized for 2D material growth

Cold Wall Chemical Vapor Deposition Reactor for high-quality and large area growth of Transition Metal Dichalcogenide Monolayers and Graphene

Products

In-Operando
Microscopy

LPM is a driving force for in-operando research and supplier of novel research instrumentation for catalytic and electrochemical Scanning Probe Microscopy. The company is dedicated to developing innovative products that enable scientists and researchers to explore the next-generation catalysts, membranes, and energy materials for the energy transition.

EC-STM

In-Operando STM for electrochemistry

Electrochemical Scanning Tunneling Microscopy for solid-liquid interface studies in-operando in correlation with cyclic voltammetry in electrochemical cells.

Long range scanning for membranes
Video-rate STM on single-crystals
STM and voltammetry in one experiment
Simple sample exchange by flag style insert
EC-STM made easy

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Cat-STM

In-Operando STM for catalysis

Catalytic Scanning Tunneling Microscopy for solid-gas interface studies in-operando under high pressure and high temperatures.

Pressure and temperature control
Correlate catalysis with surface morphology
Fast gas variation
Simple UHV system integration
In-situ sample transfer

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CVD optimized for 2D material growth

Synthesis platform for graphene and TMD 2D materials

Cold Wall Chemical Vapor Deposition Reactor for high-quality and large area growth of Transition Metal Dichalcogenide Monolayers and Graphene.

Liquify catalysts like Cu, Au, etc up to 1200°C
High variety gasses and damps for synthesis
Visualize growth processes optically in-operando
100% yield via In-operando growth recipe tuning
Material degradation studies under controlled environments

Scanning Probe Microscopy
In-Operando

Twenty years of experience of Leiden Probe Microscopy with Scanning Probe Microscopy, UHV, fast electronics, and engineering have resulted in novel instruments enabling SPM in In-Operando driving material science forward.

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In-Operando Scanning Probe Microscopy

Leiden Probe Microscopy offer SPM platforms allowing the application of STM and AFM under extreme catalytic and electrochemical conditions to enable scientific studies on catalysts and membranes.

2D Material Growth

Scaling up 2D material production requires novel instrumentation enabling high level of quality, homogeneity, and repeatability. Applying liquid catalysts and in-operando microscopy give rise to new approaches in 2D material synthesis.