Plan Objectives | Scientific research, education, biological sample analysis | NA: 0.17 (Industry Standard), 0.20 (Our Base) ▲, 0.25 (Our Advanced) ▲▲ Field of View: 1.25mm (Standard), 1.5mm (Base) ▲, 2.0mm (Advanced) ▲▲ | ▲ Advanced NA improves resolution by 30% Flat field correction for clear imaging | Higher cost than Achromatic; requires precision alignment for optimal performance |
Achromatic Objectives | Routine microscopy, budget labs | NA: 0.10 (Standard), 0.15 (Our Base), 0.18 (Advanced) ▲ Chromatic Aberration: Corrected for 2 wavelengths | Lower cost, adequate for general use | Limited resolution; residual color fringing in critical applications |
Apochromatic Objectives | High-end research, fluorescence imaging | NA: 0.25 (Standard), 0.30 (Our Advanced) ▲ Chromatic Correction: 3 wavelengths (no visible distortion) | Highest resolution and clarity; ideal for precise measurements | Extremely costly; requires specialized illumination systems |
Fluorescence Objectives | Fluorescent labeling, microscopy | NA: 1.4 (Oil Immersion Standard), 1.45 (Our Advanced) ▲ Coating: UV-optimized anti-reflective layers | Enhanced light transmission for bright signals | Requires immersion oil; coatings may reduce durability |
Phase Contrast Objectives | Unstained specimens, cell monitoring | NA: 0.25 (Standard), 0.30 (Our Advanced) ▲ Phase Rings: Integrated for contrast enhancement | Visualizes transparent samples without staining | Reduced light transmission; lower resolution than standard objectives |
High-NA Objectives | Ultra-high resolution imaging | NA: 0.7 (Standard), 0.8 (Our Advanced) ▲ Resolution: 0.2µm (Standard), 0.18µm (Advanced) ▲ | Superior detail capture for microscopic structures | Narrow depth of field; demands precise focusing |