Microscope objective

Microscope objective

Supplier
Yxopt
Category
High-Performance Lenses
Origin
China

A microscope objective is the core imaging component of a microscope's optical system. Its core function is, through precise optical lens group design, to perform high-magnification amplification and high-resolution imaging of the detailed information of the observed sample. It is the core element determining the imaging quality, resolution and magnification of the microscope. It can provide a full series of microscope objective products covering the entire ultraviolet (UV), visible light, and near-infrared bands. According to optical correction capability, it can be divided into the full range of achromatic, semi-apochromatic, apochromatic, plan achromatic, plan apochromatic, etc.; high-end products can achieve diffraction-limited imaging within the design band.

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Overview

A microscope objective is the core imaging component of a microscope's optical system. Its core function is, through precise optical lens group design, to perform high-magnification amplification and high-resolution imaging of the detailed information of the observed sample. It is the core element determining the imaging quality, resolution and magnification of the microscope. It can provide a full series of microscope objective products covering the entire ultraviolet (UV), visible light, and near-infrared bands. According to optical correction capability, it can be divided into the full range of achromatic, semi-apochromatic, apochromatic, plan achromatic, plan apochromatic, etc.; high-end products can achieve diffraction-limited imaging within the design band.

Applications

Biomedical research, semiconductor wafer inspection, materials science analysis, industrial precision inspection, geological mineral observation, food and drug testing, quantum precision measurement, super-resolution microscopy imaging

Key Features

Covers the core bands of ultraviolet (200-400nm), visible light (400-700nm), and near-infrared (700-1700nm). High-end apochromatic / plan apochromatic objectives can achieve near-diffraction-limit / diffraction-limit imaging within the design band; according to optical correction capability, they are divided into categories such as achromatic, semi-apochromatic, apochromatic, plan achromatic, and plan apochromatic, which can adapt to imaging needs of different precisions; ultra-long working distance and high numerical aperture optical designs can be customized according to application scenarios. The high numerical aperture design can significantly improve imaging resolution and light throughput, and the ultra-long working distance design can adapt to the observation needs of thick samples and special inspection environments.

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Supplier Information

Ningbo Yongxin Optics Co., Ltd. (stock code: 603297) focuses on R&D and manufacturing of optical instruments and core optical components. Products include optical components and assemblies, microscopes, car lenses, barcode scanners, wireless interactive classrooms, etc. The company is a core supplier of Leica, Zeiss, and Zebra, with two factories in Ningbo and Nanjing covering over 120,000 square meters. Annual output exceeds 20 million optical components and 100,000 microscopes. It is a national-level 'Single Champion Demonstration Enterprise', leads and participates in multiple international, national, and industry standards, holds over 100 patents, and has won national and provincial science and technology awards. Products are widely used in life sciences, industrial inspection, education, and other fields.

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Microscope objective
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