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Objective lenses play a critical role in medical applications by providing magnification and optical clarity for detailed examinations and procedures. Here are key ways they are utilized:
Objective lenses are integral components of optical systems such as microscopes, telescopes, and slit lamps. These precision-engineered lenses are responsible for gathering light from the observed specimen and magnifying it to produce clear, detailed images.
Visit our showroom in person or contact us to schedule a virtual visit. Email:info@angelusmedical.com, Call: (310) 769-6060, Text / WhatsApp: +13105084592
| Product | Price |
|---|---|
| Olympus leitz wetzlar 160/0.17 Objective Lens (Used) | $90.00 |
| Leitz Wetzlar Objective lens (Used) | $80.00 |
| Nikon E Plan Objective Lens | $200.00 |
Data last updated on December 17, 2025
Objective lenses are integral components of optical systems such as microscopes, telescopes, and slit lamps. These precision-engineered lenses are responsible for gathering light from the observed specimen and magnifying it to produce clear, detailed images. Available in various configurations and magnifications, objective lenses are designed to meet the specific needs of scientific research, medical diagnostics, and industrial applications.
Objective lenses play a critical role in medical applications by providing magnification and optical clarity for detailed examinations and procedures. Here are key ways they are utilized:
Pathology and Histology: Used in microscopes to examine tissue samples and identify abnormalities like cancerous cells.
Microbiology: Enables visualization of bacteria, viruses, and other microorganisms for diagnosis and research.
Cell Analysis: Assists in studying cellular structures and functions.
Slit Lamps: Objective lenses in slit lamps help ophthalmologists observe the eye's anterior and posterior segments for diagnosing conditions like glaucoma and cataracts.
Retinal Imaging: Provides detailed views of the retina during examinations.
Surgical Microscopes: Used in procedures such as neurosurgery, ENT surgery, and ophthalmic surgery to magnify tissues and enhance precision.
Endoscopy: Objective lenses are integral in cameras for minimally invasive surgeries, enabling clear visualization of internal structures.
Imaging Systems: Used in devices like optical coherence tomography (OCT) and confocal microscopes for detailed imaging of tissues and organs.
Blood Analysis: Objective lenses in hematology analyzers help identify blood cell morphology.
Teaching Tools: Medical training often involves the use of microscopes with objective lenses for learning anatomy and pathology.
Drug Development: Researchers use objective lenses to study drug interactions at the cellular level.
High Magnification: Enables detailed observations of minute structures, enhancing diagnostic and research capabilities.
Optical Clarity: Precision design ensures sharp and distortion-free imaging.
Versatility: Used across multiple industries including healthcare, education, manufacturing, and astronomy.
Efficiency: Reduces examination or observation time due to clear and magnified views.
Durability: Made from high-quality materials like glass or coated optics, ensuring long-lasting use.
Enhanced Functionality: Can be paired with additional components like filters or cameras for advanced imaging needs.
Some of the most commonly used and sought-after types of objective lenses include:
4x, 10x, 40x, and 100x Lenses (Standard Lab Setups): These are standard magnifications for compound microscopes, popular in biology labs for examining samples at different levels of detail.
Plan Achromatic Lenses: Widely used in research and clinical settings for their ability to produce a flat and sharp field of view across most of the slide.
Phase Contrast Lenses: Popular in microbiology and cell biology for observing live, unstained specimens with enhanced contrast.
Fluorescence Lenses: Designed for fluorescence microscopy, these lenses are used in advanced imaging applications in research and medicine.
Haag-Streit Lenses: Known for their precision, these are highly sought-after for slit lamps in eye care clinics.
Gonioscopy Lenses: Used for examining the anterior chamber angle of the eye, popular among ophthalmologists.
Fundus Imaging Lenses: Commonly used in retinal imaging devices to capture high-quality images of the fundus.
Long Working Distance Lenses: Popular in manufacturing and quality control processes where space is needed between the lens and the specimen.
Infinity-Corrected Lenses: Used in high-end systems, these are favored for their flexibility in adding components like filters or cameras.
