URA Technic 107 Binocular Compound Microscope with Acromatic Objectives and Mechanical Stage

The URA Technic 107 is a professionally refurbished binocular compound microscope designed for precise optical imaging in clinical diagnostics, biotechnology, and biomedical research. Key technical features include:

• Optical system: Rotatable binocular head (45° inclined, 360° rotation) with interpupillary adjustment of 53–72 mm and ±5 diopter correction on both widefield eyepieces (WF10x/18 mm and WF16x/11 mm), supporting comfortable, customized viewing for extended microscopy workflows.
• Objectives: Set of anti-fungal acromatic objectives including 4x, 10x, 40x retractable, and 100x oil immersion, ensuring reliable image clarity for detailed cellular and tissue analysis in molecular diagnostics and synthetic biology research.
• Stage: Dual mechanical stage measuring 130 x 140 mm with smooth displacement of 70 x 50 mm and 0.1 mm graduation, facilitating precise sample positioning critical for bioprocessing and live-cell imaging applications.
• Illumination: Regulated 6V/20W halogen light source with Abbe condenser and iris diaphragm, accompanied by blue and green filters, enhancing contrast and resolution essential in fluorescence analysis and microscopy-based biomanufacturing quality control.
• Focusing: Coaxial coarse and fine focusing system with friction ring and upper stop for accurate focal adjustments across diverse biological specimen types.
• Power: Compatible with 100–240V, 50/60Hz power supply, suited for global laboratory environments.
• Dimensions and weight: Measures 380 x 340 x 520 mm, weighing 14 kg, making it a versatile laboratory instrument suitable for cell imaging and molecular biology workflows.

The URA Technic 107 microscope is widely used in research fields including neuroscience and biotechnology, making it an essential instrument for laboratories involved in gene editing and biopharmaceutical production pipelines. Its robust mechanical stage and high-quality optics are critical for detailed morphological analysis and high-throughput microscopy tasks.