Used OLYMPUS BX51WI

Olympus BX51WI Upright Trinocular Microscope (Used)

The Olympus BX51WI is an advanced upright trinocular microscope designed for high-resolution imaging in electrophysiology, fluorescence, and transmitted light applications. Engineered for water immersion techniques, the BX51WI provides superior optical clarity and precision, making it an ideal solution for neuroscience, cell biology, and live-cell imaging studies. With its modular design, this system is highly adaptable to various research needs.

Condition

Refurbished/Used – This product has been inspected and verified to meet manufacturer specifications.

Included Items

• Brightfield and fluorescence optics
• Trinocular head with camera port
• High-precision motorized or manual stage
• Filter cubes (3 included, additional available for purchase)
• Power supply and control unit

Key Features

• Water Immersion Capability – Optimized for electrophysiology and in vivo imaging.
• High-Quality Olympus Optics – Delivers sharp, high-contrast images with exceptional depth of field.
• Fluorescence & Brightfield Compatibility – Supports a variety of imaging techniques.
• Ergonomic Trinocular Viewing – Allows integration with a digital camera for imaging and documentation.

Upgradeable Fluorescence Illuminator Options (Optional Upgrades Available):

• 100w Mercury w/ Power Supply
• Upgrade to Used Metal Halide
• Upgrade to New X-Cite 110LED System with Adapter (Includes X-Cite 110LED, speedDIAL remote, 3mm x 1500mm Liquid Light Guide)
• Upgrade to New X-Cite mini+ System (Includes LED head, miniCUBE controller, speedDIAL remote, Microscope Coupling Flange)
• Upgrade to New X-Cite XYLIS II (XT730S w/1.5m LLG, Includes X-Cite XYLIS, speedDIAL remote, 3mm x 1500mm Liquid Light Guide)

Applications

• Electrophysiology
• Live Cell Imaging
• Neurobiology & Developmental Biology
• Fluorescence & Phase Contrast Microscopy
• High-Resolution Imaging

Specifications

Feature	Specification
Microscope Type	Upright
Optical System	Olympus UIS2 Infinity Optical System
Illumination	Fluorescence & transmitted light
Flu