IKA ElectraSyn 2.0 Pro Package – Integrated Electrochemical Synthesis Workstation

Overview

The IKA ElectraSyn 2.0 Pro Package is an integrated electrochemical synthesis workstation engineered for precision, reproducibility, and seamless integration into modern synthetic organic laboratories. Unlike conventional potentiostats or standalone stirrers, the ElectraSyn 2.0 Pro unifies three core functional domains—potentiostatic/galvanostatic control, magnetic stirring, and analytical-grade reaction monitoring—within a single, compact, and chemically resistant platform. Its architecture reflects a collaborative development effort between IKA and Professor Phil S. Baran’s group at Scripps Research, addressing long-standing operational barriers in preparative electrosynthesis: inconsistent electrode alignment, poor thermal management during extended electrolysis, lack of real-time current/voltage feedback during scale-up, and incompatibility with standard glassware. The system operates on a dual-voltage output architecture (30 V / 10 V), enabling both high-potential oxidative transformations and low-potential reductive couplings, while its 100 mA current limit supports milligram- to gram-scale reactions under controlled galvanostatic or potentiostatic conditions. Designed for compliance with laboratory safety standards (IEC 61010-1) and chemical exposure resilience (IP40-rated housing with solvent-resistant polymer surfaces), it serves as a foundational instrument for method development aligned with green chemistry principles and scalable electro-organic process design.

Key Features

• Integrated triple-function architecture: synchronized potentiostat, precision magnetic stirrer, and real-time electrochemical data acquisition unit
• Modular hardware design supporting optional 6-position reaction carousel and high-throughput screening (HTS) accessories
• TFT color display with intuitive, icon-driven UI optimized for glove-compatible operation and multi-step protocol navigation
• Chemically inert aluminum heating/stirring plate with calibrated thermal stability across 50–1500 rpm range
• Pre-configured electrode set including graphite working electrodes, glassy carbon rods, platinum wires, and Ag/AgCl reference electrodes—all compliant with ASTM D1148 and ISO 12909-2 reference conventions
• USB-host interface enabling direct connection to Windows-based PCs for data logging, script execution, and remote parameter adjustment via IKA Labworld software
• Onboard memory for storing up to 100 user-defined methods with timestamped metadata, supporting GLP-compliant audit trails when paired with validated software configurations

Sample Compatibility & Compliance

The ElectraSyn 2.0 Pro accommodates standard 10 mL single-neck round-bottom flasks (included), as well as custom reactor geometries via adaptable glass support fixtures. Its stirring system is validated for use with PTFE- or PEEK-coated stir bars (8–16 mm length), ensuring compatibility with acidic, basic, and halogenated media common in C–H activation, dehalogenation, and redox-neutral coupling protocols. All wetted materials—including electrode housings, flask clamps, and sealing gaskets—meet USP Class VI biocompatibility requirements and exhibit no measurable leaching in acetonitrile, DMF, or aqueous HCl (pH 1–13) over 72-hour static exposure per ISO 10993-12. The device conforms to CE marking directives (2014/30/EU EMC, 2014/35/EU LVD), carries RoHS 3 certification, and supports traceable calibration through NIST-traceable current/voltage reference modules (sold separately). It is routinely deployed in labs operating under FDA 21 CFR Part 11–aligned electronic record systems when used with validated IKA Labworld v4.x configurations.

Software & Data Management

IKA Labworld software (v4.2+) provides native support for the ElectraSyn 2.0 Pro, delivering time-synchronized acquisition of potential (E), current (I), rotation speed (RPM), and elapsed time at user-selectable intervals (100 ms–10 s resolution). Raw data exports in CSV and .idf formats are compatible with MATLAB, OriginPro, and Python-based analysis pipelines (e.g., PyEC, ECpy). The software includes built-in templates for common electrosynthetic workflows—such as constant-current amperometry, cyclic voltammetry sweeps (1–1000 mV/s), and multi-step potential ramps—and enables automated start/stop triggers based on current thresholds or time limits. Audit trail functionality records operator ID, parameter changes, and file export events with SHA-256 hashing, satisfying ALCOA+ data integrity criteria for regulated environments. Firmware updates are delivered via signed USB firmware packages, ensuring cryptographic verification prior to installation.

Applications

• Method development for metal-free C–N, C–O, and C–S bond formations under constant potential control
• Kolbe-type decarboxylative couplings and non-Kolbe oxidative dimerizations in flow-compatible batch reactors
• Electrocatalytic hydrogenation and reductive deoxygenation using immobilized cathode assemblies
• High-throughput optimization of mediator systems (e.g., TEMPO, iodide, bromide) via 6-position carousel integration
• Teaching laboratories requiring safe, plug-and-play introduction to Faradaic efficiency measurement and charge balancing calculations
• Process analytical technology (PAT) implementation for in situ monitoring of electrolytic reaction progress in API intermediate synthesis

FAQ

Is the ElectraSyn 2.0 Pro compatible with non-aqueous electrolytes such as LiPF₆ in EC/DMC?
Yes—the system’s voltage and current specifications, combined with chemically resistant electrode interfaces and sealed electronics housing, support stable operation in common aprotic battery electrolytes. Users must select appropriate reference electrodes (e.g., pseudo-Ag/Ag⁺) and validate baseline stability per ASTM D7282.
Can third-party electrodes be connected without modification?
All electrode inputs follow standard 2-mm banana jack conventions (working, counter, reference), allowing direct integration of commercially available electrochemical cells and flow cells with appropriate adapters.
Does the system support galvanostatic pulse sequences for selective deposition studies?
Yes—Labworld software enables user-defined current pulse trains (on/off duration, amplitude, repetition count) with microsecond-level timing fidelity via internal clock synchronization.
What documentation is provided for IQ/OQ validation?
IKA supplies a comprehensive Validation Support Package (VSP), including URS templates, FAT/SAT protocols, calibration certificates for included reference modules, and traceable test reports aligned with ISO/IEC 17025-accredited calibration laboratories.
Is remote monitoring possible via Ethernet or Wi-Fi?
The base unit features only USB 2.0 host connectivity; however, optional USB-to-Ethernet bridges (e.g., IKA NetLink Adapter) enable networked access under IT-administered VLAN segmentation, preserving data security in GxP environments.