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  • CX21 Microscope 100X Objective PLN100XO
  • CX21 Microscope 100X Objective PLN100XO
  • CX21 Microscope 100X Objective PLN100XO
  • CX21 Microscope 100X Objective PLN100XO
  • CX21 Microscope 100X Objective PLN100XO
  • CX21 Microscope 100X Objective PLN100XO
CX21 Microscope 100X Objective PLN100XO

CX21 Microscope 100X Objective PLN100XO

$50.00-$70.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized packaging(Min.Order: 50 pieces)

CX21 Microscope 100X Objective PLN100XO

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Magnification: 100x magnification capability for detailed examination of microscopic biological samples, such as cells, tissues, and microorganisms.
  • Distortion-Free Imaging: Plan (PLN) optical design ensures flat, high-resolution images across the entire field of view, minimizing edge distortion.

Key features

  • 1. Corrosion-Resistant Metal Construction

  • With a corrosion-resistant metal body (e.g., stainless steel), you can ensure long-lasting durability in laboratory environments, outperforming plastic lenses prone to degradation over time.

  • 2. Precision Threaded Mount Design

  • With a precision-engineered threaded mount, you can achieve seamless compatibility with standard microscope bodies, eliminating the need for adapters compared to non-universal lenses.

  • 3. High-Resolution Optical Performance

  • With 100x magnification and a numerical aperture (NA) of 0.17, you can capture sharp, high-contrast images of microscopic details, outperforming lower-NA objectives in clarity and resolution.

  • 4. Versatile Scenario Adaptability

  • Designed for scientific research and education, you can examine delicate biological samples (e.g., cells, tissues) or mineral/metal specimens with precision, adaptable to compound or fluorescence microscopy setups.

  • 5. Industry-Standard Precision Compliance

  • Built to meet rigorous optical standards for microscopy, you can trust its reliability for professional use, adhering to specifications required in scientific and educational environments.

Product details

CX21 Microscope 100X Objective PLN100XO

The CX21 Microscope 100X Objective PLN100XO is a precision optical instrument designed for high-resolution imaging in scientific research and education. Built with durable stainless steel, this Plan objective lens delivers 100x magnification and a numerical aperture (NA) of 0.17, ensuring sharp, distortion-free observations of microscopic samples. Its 1.25mm field of view and threaded mount design make it compatible with a wide range of biological microscopes, enabling versatile applications in cell biology, material analysis, and clinical diagnostics.

Technical specifications

FeatureSpecificationBenefit
Magnification100xEnables detailed examination of microstructures
MaterialStainless SteelEnsures durability and long-term precision
Numerical Aperture0.17Optimizes resolution and contrast for clear imaging
Field of View1.25mmCovers sufficient sample area for contextual analysis
CompatibilityBiological MicroscopesAdapts to compound, fluorescence, and standard setups

Customization guide

Adjustable parameters such as the numerical aperture (NA) and mount type can be customized to meet specialized needs, such as enhancing resolution for fluorescence microscopy or adapting to specific microscope brands.

Get inspired

Whether analyzing cellular structures or mineral samples, the CX21 Objective’s precision engineering ensures every detail is captured with clarity. Its low distortion design and robust construction make it ideal for both routine lab work and advanced research.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Resolution (Lines/mm)1,200+15% (1,380)+30% (1,560)*
Numerical Aperture (NA)0.170.200.25
Field of View (mm)1.251.251.50
Durability RatingIndustrial GradeLab-GradeMilitary-Grade

Supplier's note

  1. Technical Breakthroughs:

    • Enhanced Resolution: The Pro Model’s NA of 0.25 achieves 30% sharper images than industry benchmarks, ideal for nanoscale analysis.
    • Wider Field of View: The Pro’s 1.50mm FOV outperforms competitors by 20%, enabling broader sample context without repositioning.
    • Military-Grade Durability: The Pro’s corrosion-resistant coating ensures stability in harsh environments, such as field research.
  2. Version Selection Guide:

    • Base Model: Suitable for educational labs and routine diagnostics where cost-efficiency is prioritized.
    • Advanced Model: Ideal for research labs requiring 15% higher resolution than baseline for tasks like tissue analysis.
    • Pro Model: Best for cutting-edge applications (e.g., semiconductor inspection) where extreme resolution and durability are critical.
      Example: With the Pro’s NA of 0.25, you can resolve features as small as 0.5μm—20% finer than standard objectives—making it perfect for nanotechnology research. Its 1.50mm FOV paired with high NA allows simultaneous observation of cellular networks and individual organelles.

Frequently asked questions

  • Which microscope objective is best for high-resolution imaging in research labs?

  • How do I clean the CX21 100X objective lens without damaging it?

  • Metal vs. Plastic Microscope Objectives: Which is better for durability?

  • Can the CX21 100X objective be customized for fluorescence microscopy?

  • Is the CX21 100X objective certified for medical research applications?

  • What samples are best viewed with the CX21 100X objective?

  • Why is the numerical aperture (NA 0.17) critical for this objective?

  • Does the CX21 100X objective work with compound microscopes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Plan ObjectivesScientific research, education, biological sample analysisNA: 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 ObjectivesRoutine microscopy, budget labsNA: 0.10 (Standard), 0.15 (Our Base), 0.18 (Advanced) ▲
Chromatic Aberration: Corrected for 2 wavelengths
Lower cost, adequate for general useLimited resolution; residual color fringing in critical applications
Apochromatic ObjectivesHigh-end research, fluorescence imagingNA: 0.25 (Standard), 0.30 (Our Advanced) ▲
Chromatic Correction: 3 wavelengths (no visible distortion)
Highest resolution and clarity; ideal for precise measurementsExtremely costly; requires specialized illumination systems
Fluorescence ObjectivesFluorescent labeling, microscopyNA: 1.4 (Oil Immersion Standard), 1.45 (Our Advanced) ▲
Coating: UV-optimized anti-reflective layers
Enhanced light transmission for bright signalsRequires immersion oil; coatings may reduce durability
Phase Contrast ObjectivesUnstained specimens, cell monitoringNA: 0.25 (Standard), 0.30 (Our Advanced) ▲
Phase Rings: Integrated for contrast enhancement
Visualizes transparent samples without stainingReduced light transmission; lower resolution than standard objectives
High-NA ObjectivesUltra-high resolution imagingNA: 0.7 (Standard), 0.8 (Our Advanced) ▲
Resolution: 0.2µm (Standard), 0.18µm (Advanced) ▲
Superior detail capture for microscopic structuresNarrow depth of field; demands precise focusing

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