The Refurbished EXP MCU Electrophysiology Control Unit with EXP-ST-CH2 Stimulator Module is a versatile laboratory instrument developed for advanced neurophysiology and electrophysiology applications. The system combines the EXP-MCU control unit with the dual-channel EXP-ST-CH2 stimulation module, allowing researchers to perform precise electrical stimulation and signal control experiments.

Designed for demanding biomedical applications, this system provides independent dual-channel operation and adjustable pulse characteristics. Researchers can configure stimulation parameters according to experimental requirements while maintaining repeatable and accurate signal delivery.

The integrated digital control panel enables convenient programming and operation. Variable voltage and current outputs support a wide range of protocols used in neuroscience, pharmacology, physiology and cellular electrophysiology studies.

The EXP-ST-CH2 module incorporates pulse outputs and polarity controls that provide flexibility for complex stimulation procedures. This makes the system suitable for laboratories involved in neural pathway studies, tissue stimulation experiments and biomedical investigations.

Refurbished units offer a cost-effective solution for research laboratories seeking dependable instrumentation without the expense of purchasing new systems. Every unit undergoes inspection and functional verification before shipment.

Technical Specifications

Key Features

• Dual-channel stimulation system
• Digital control interface
• Adjustable voltage and current outputs
• Pulse polarity selection
• Independent channel control
• Compact rack-mount design
• Stable signal generation
• Suitable for electrophysiology experiments
• Precise stimulation control
• Biomedical research compatible
• Reliable laboratory performance
• Easy-to-use keypad operation

Applications

• Electrophysiology research
• Neurophysiology studies
• Signal stimulation experiments
• Biomedical research
• Cellular electrophysiology
• Tissue stimulation
• Pharmacology research
• Neuroscience laboratories
• Academic research facilities
• Life science applications

For additional technical references and scientific information, visit:

• https://www.nih.gov
• https://www.ncbi.nlm.nih.gov
• https://www.nature.com
• https://www.sciencedirect.com
• https://www.fda.gov

These resources provide information relevant to electrophysiology and biomedical research applications.