Industrial APO Microscope Lens
The M-Plan Apo Industrial Complex Achromatic Objective Lens offers an exceptional balance between long working distances and ultra-high numerical apertures. Specially designed for bright-field applications, this lens delivers superior optical performance at an outstanding cost-performance ratio. Available in magnifications ranging from 2X to 100X, it meets the needs of high-precision industrial and scientific applications.
Key Features:
· Infinity-Corrected Design: Engineered with an advanced infinity correction system for optimal focus and imaging.
· Flat-Field Achromatic Optics: Corrects chromatic aberration, providing sharp, true-color images with high contrast across the entire field of view.
· High Numerical Aperture: Offers excellent resolution, color fidelity, and contrast, enhancing both visual observation and micrographic imaging.
· Superior Optical Performance: Delivers high resolution with minimal variability, ensuring consistent and reliable results.
· Cost-Effective: Combines top-tier optical quality with a competitive price, making it a smart investment for industrial applications.
· Bright-Field Optimization: Tailored for bright-field microscopy, ensuring clear and accurate imaging of objects in a well-lit field of view.
This objective lens is ideal for industries requiring precision imaging and analysis, ensuring high-quality results in both observation and micrographic applications.
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 2X | 0.06 | 34 | 100 | 5 | 91 | φ12 |
The M-Plan Apo Industrial Complex Achromatic Objective Lens offers an exceptional balance between long working distances and ultra-high numerical apertures. Specially designed for bright-field applications, this lens delivers superior optical performance at an outstanding cost-performance ratio. Available in magnifications ranging from 2X to 100X, it meets the needs of high-precision industrial and scientific applications.
Key Features:
· Infinity-Corrected Design: Engineered with an advanced infinity correction system for optimal focus and imaging.
· Flat-Field Achromatic Optics: Corrects chromatic aberration, providing sharp, true-color images with high contrast across the entire field of view.
· High Numerical Aperture: Offers excellent resolution, color fidelity, and contrast, enhancing both visual observation and micrographic imaging.
· Superior Optical Performance: Delivers high resolution with minimal variability, ensuring consistent and reliable results.
· Cost-Effective: Combines top-tier optical quality with a competitive price, making it a smart investment for industrial applications.
· Bright-Field Optimization: Tailored for bright-field microscopy, ensuring clear and accurate imaging of objects in a well-lit field of view.
This objective lens is ideal for industries requiring precision imaging and analysis, ensuring high-quality results in both observation and micrographic applications.
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 2X | 0.13 | 45 | 90 | 2 | 14 | φ4.8 |
GU Optics has launched 2x, 5x, 10x, 20x, 50x and 100x long working distance microscope objectives, its spectral wavelength range is 400-700nm. This objective adopts Plan Apochromatic Designs, which can correct red, blue and yellow light. It has the characteristics of Ultra-Long Working Distances and Large Numerical Aperture. These objectives are widely used in bright field inspection, education and scientific research.
Product characteristics
1. Spectral wavelength range is 400-700nm;
2. Adopts Plan Apochromatic Designs, can correct red, blue and yellow light;
3. Ultra-Long Working Distances and Large N.A.;
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 10X | 0.28 | 34 | 20 | 1 | 3.5 | φ2.4 |
GU Optics has launched 2x, 5x, 10x, 20x, 50x and 100x long working distance microscope objectives, its spectral wavelength range is 400-700nm. This objective adopts Plan Apochromatic Designs, which can correct red, blue and yellow light. It has the characteristics of Ultra-Long Working Distances and Large Numerical Aperture. These objectives are widely used in bright field inspection, education and scientific research.
Product characteristics
1. Spectral wavelength range is 400-700nm;
2. Adopts Plan Apochromatic Designs, can correct red, blue and yellow light;
3. Ultra-Long Working Distances and Large N.A.;
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 20X | 0.42 | 20.1 | 10 | 0.7 | 1.6 | φ1.2 |
The M-Plan Apo Industrial Complex Achromatic Objective Lens offers an exceptional balance between long working distances and ultra-high numerical apertures. Specially designed for bright-field applications, this lens delivers superior optical performance at an outstanding cost-performance ratio. Available in magnifications ranging from 2X to 100X, it meets the needs of high-precision industrial and scientific applications.
Key Features:
· Infinity-Corrected Design: Engineered with an advanced infinity correction system for optimal focus and imaging.
· Flat-Field Achromatic Optics: Corrects chromatic aberration, providing sharp, true-color images with high contrast across the entire field of view.
· High Numerical Aperture: Offers excellent resolution, color fidelity, and contrast, enhancing both visual observation and micrographic imaging.
· Superior Optical Performance: Delivers high resolution with minimal variability, ensuring consistent and reliable results.
· Cost-Effective: Combines top-tier optical quality with a competitive price, making it a smart investment for industrial applications.
· Bright-Field Optimization: Tailored for bright-field microscopy, ensuring clear and accurate imaging of objects in a well-lit field of view.
This objective lens is ideal for industries requiring precision imaging and analysis, ensuring high-quality results in both observation and micrographic applications.
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 50X | 0.55 | 13.2 | 4 | 0.5 | 0.9 | φ0.48 |
The M-Plan Apo Industrial Complex Achromatic Objective Lens offers an exceptional balance between long working distances and ultra-high numerical apertures. Specially designed for bright-field applications, this lens delivers superior optical performance at an outstanding cost-performance ratio. Available in magnifications ranging from 2X to 100X, it meets the needs of high-precision industrial and scientific applications.
Key Features:
· Infinity-Corrected Design: Engineered with an advanced infinity correction system for optimal focus and imaging.
· Flat-Field Achromatic Optics: Corrects chromatic aberration, providing sharp, true-color images with high contrast across the entire field of view.
· High Numerical Aperture: Offers excellent resolution, color fidelity, and contrast, enhancing both visual observation and micrographic imaging.
· Superior Optical Performance: Delivers high resolution with minimal variability, ensuring consistent and reliable results.
· Cost-Effective: Combines top-tier optical quality with a competitive price, making it a smart investment for industrial applications.
· Bright-Field Optimization: Tailored for bright-field microscopy, ensuring clear and accurate imaging of objects in a well-lit field of view.
This objective lens is ideal for industries requiring precision imaging and analysis, ensuring high-quality results in both observation and micrographic applications.
Product Name (Magnification) | Numerical aperture NA | Working distance WD(mm) | Focal length f(mm) | Resolution R(μm) | Depth of field±D.F(μm) | Object field of view(mm) |
M Plan Apo 100X | 0.7 | 7 | 2 | 0.4 | 0.6 | φ0.24 |