Measuring Station
Built for high-precision electrochemical applications, the Sensolytics Measuring Station minimizes the influence of external vibrations through passive isolation and a dedicated granite slab integration.
Vibration Table: Stable Platform for Precision Experiments
The SECM Measuring Station is a compact two-level workstation designed for sensitive electrochemical and scanning probe measurements requiring a stable, low-vibration environment. Its integrated passive vibration isolation system minimizes external disturbances, while the height-adjustable design supports ergonomic operation during long experimental sessions.
A central isolated granite slab provides a mechanically stable platform for precision instrumentation, while the surrounding scratch-resistant desktop offers practical space for peripherals, sample preparation, and computer control.
Key Features
- Passive vibration isolation via an integrated granite slab for stable and reproducible measurements
- Height-adjustable design for user comfort and flexible operation
- Scratch-resistant MDF desktop for everyday laboratory use
Technical Specifications
Option High-Res
Upgrade to a closed-loop piezoelectric positioning system for nanometer-scale imaging. The module provides 1.5 nm nominal resolution and 0.2 nm repeatability, using Silicon HR sensor for position feedback and enables software-based tilt correction.
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Option Shearforce
Option for integrating shearforce-based constant-distance mode imaging for a deconvolution of topographic and electrochemical activity signals, supporting measurements on rough surfaces and substrates with structural features below 1 µm.
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Scanning Droplet Cell (SDC)
The Scanning Droplet Cell (SDC) enables localized electrochemical measurements on large or complex substrates without full sample immersion by forming a confined miniaturized measuring cell in contact with the sample surface. The system is compatible with all SECM configurations but profits from an extended travel range.
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Ultramicroelectrodes
Ultramicroelectrodes made of different electrode materials enable high spatial resolution and fast steady-state currents, minimizing capacitive contributions and supporting quantitative analysis of localized kinetics and mass transport processes.
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Nanoelectrodes
Nanoelectrodes enable electrochemical measurements at the nanometer scale with minimal perturbation, allowing the investigation of confined regions and highly localized electrochemical activity.
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SECCM & SICM Probes
Glass micro- and nanopipettes for scanning ion conductance microscopy (SICM) and scanning electrochemical cell microscopy (SECCM), enabling confined electrochemical measurements at the sub-micrometer spatial resolution.
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Polarization Cells
These electrochemical cells enable controlled sample polarization from the top or bottom and support the operation with macroelectrodes serving as substrates.
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Specialized Cells
Our range of specialized SECM cells is tailored for application-specific experiments, including complete measuring cells optimized for screen-printed electrodes, temperature-controlled studies, and flow or gas-controlled experiments.
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Standard Cells
Start with a complete electrochemical cell setup, including a baseplate for manual tilt correction, distance plates, and cells with integrated inlets for reference and counter electrodes. Available in standard PMMA or highly chemically resistant PEEK.
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Auxiliary Electrodes
Explore a complete portfolio of miniaturized reference and counter electrodes for reliable electrochemical measurements. From aqueous and gel-based Ag/AgCl references to mini hydrogen electrodes, Pt nets, and compact Pt coil counter electrodes.
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Ag/AgCl reference electrode
Miniaturized Ag/AgCl reference electrode with porous ceramic frit and a chloridized silver wire. Suitable for SECM cells without electrode-inlet ports.
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Ag/AgCl gel reference electrode
Miniaturized Ag/AgCl gel reference electrode for stable reference potentials. Optimized for the direct use in Sensolytics measuring cells.
Explore →Not sure which configuration fits your experiment?
Contact us to discuss your application, experimental conditions, and configuration requirements. We support system selection and customization based on your individual requirements and future upgrades.
