Oxion OX.2053-PL Inverted Trinocular Microscope with Mechanical Stage and NeoLED Illumination

The Oxion OX.2053-PL is a precision inverted trinocular microscope designed for advanced laboratory imaging and biotechnology applications such as live-cell imaging and molecular diagnostics. It features:

• Optical System:
• Wide-field plan eyepieces (HWF 10x/22 mm) with DIN standard flat optics.
• Trinocular head inclined at 45°, interpupillary distance adjustable between 54–75 mm.
• Vertical trinocular port with 100:0% and 80:20% imaging selector for photography or video capture essential in fluorescence analysis and biomedical engineering.

• Objectives:
• Infinity-corrected long working distance (LWD) plan objectives with anti-fungal and anti-reflective coatings for optimal light transmission.
• Magnifications available: 10x/0.25 NA, 20x/0.40 NA, 40x/0.60 NA, suitable for detailed cell imaging and critical bioprocess monitoring.

• Mechanical Components:
• Quintuple inward-facing revolving nosepiece for rapid objective changes.
• Coaxial coarse and fine focus controls with 2 µm precision and approx. 24 mm focusing travel, enabling high-resolution adjustments critical in synthetic biology workflows.
• Large mechanical stage (250 x 230 mm) with X-Y travel of 120 x 78 mm, compatible with 35 mm culture plates and standard slides (76 x 26 mm).

• Illumination System:
• Transmitted brightfield illumination using a 5 W NeoLED light source with adjustable intensity; LED technology ensures stable, flicker-free lighting ideal for prolonged microscopy sessions in molecular cloning experiments.
• Internal transformer supports 100–240 V power input with 3.15 A fuse protection.

• Condensor:
• Numerical aperture 0.30 condenser with iris diaphragm and 72 mm working distance, enhancing contrast and resolution in transmitted light imaging.

• Packaging and Accessories:
• Delivered with power cable, dust cover, and user manual.
• Includes metal plate for culture mounting and glass slide holder, supporting various biological sample preparations.

This model is widely used in biotechnology laboratories for reliable fluorescence analysis, live-cell observation, and critical in biopharmaceutical production pipelines where precision microscopy with stable illumination is required. The durable optical coatings and flexible mechanical components make it suitable for applications in neuroscience, synthetic biology, and molecular diagnostics.