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Specialized Optics

Plan‑Apochromatic Objective

As a top‑tier professional objective, it pushes numerical aperture and working distance to new limits. Perfect aberration correction is achieved across the entire field‑of‑view, delivering imaging performance unattainable with conventional objectives.

Overview

Plan‑Apochromatic Objective

Application

Objective

NA

W.D.(mm)

Cove-glass Thickness

Correction Ring

Spring-loaded

Bright-field

Dark-field

DIC

Phase Contrast

Polarization

Fluorescence

Visible

UV

NIR

Super Resolution/Confocal Imaging

N-PLAPO

10×

0.45

4

0.17

◎

△

○

○

20×

0.75

1.1

0.17

◎

○

△

○

○

20×

0.8

0.9

0.17

◎

○

△

○

○

40× C

0.95

0.19-0.21

0.11-0.23

√

◎

○

△

○

○

60× Oil

1.4

0.25

0.17

√

◎

○

△

○

○

100× Oil

1.45

0.13

0.17

√

◎

△

○

○

20×C WI

0.95

1.1

0.11-0.23

◎

△

○

○

25×C Sil

1.05

0.5-0.6

0.11-0.23

√

◎

△

○

○

Electrophysiology

N-PLAPO NIR

10× W NIR

0.3

3.5

0

◎

△

○

○

◎

40× W NIR

0.8

3.5

0

◎

△

○

○

◎

Remarks:	Brightfield / DIC / Phase Contrast / Polarization / Fluorescence：	Coverslip Thickness:
Oil: Oil immersion objective	△：May work but not recommended；	-：Usable without coverslip
WI: water immersion	○：Applicable；	0：Use without coverslip
W: water dipping	◎：Recommended for optimal performance
Sil: Silicone oil objective
C: With correction collar

Imaging Demonstration

Product Recommendation

NCF2000 Laser Confocal Microscope

As life‑science research advances toward deeper dimensions and broader scopes, high‑efficiency imaging technology has become a core driver for scientific breakthroughs. Capturing images of large‑size specimens requires not only expanded imaging coverage but also drastically shortened acquisition time, so as to precisely record intracellular dynamic responses. A full‑scale upgrade over the NCF1000, the NCF2000 laser confocal microscope is built to meet the extreme demands for high‑throughput, high‑quality imaging in modern biological research.

NCF1000 Laser Confocal Microscope

Life‑science research has growing demands for analysing tissues, organs and model organisms, and high‑efficiency imaging has become critical for scientific breakthroughs. Large‑specimen imaging requires both broader coverage and faster speed to accurately capture intracellular dynamic responses. To address this need, we introduce the NCF1000‑series laser confocal microscope, engineered to meet high‑throughput, high‑quality imaging requirements for modern biology. Delivering a large field‑of‑view, high resolution and fast acquisition speed, it produces superior‑quality images with sharp contrast and true‑to‑life colours. It supports in‑depth exploration at the cellular nanoscale, enables intuitive and precise interpretation of biological processes, and expands the boundaries of scientific research.

NE900 Research‑Grade Upright Microscope

Tailored for research in pathology, cytology, virology and other fields, the NE900 adopts the NIS infinity‑corrected optical system, delivering precise imaging with excellent chromatic aberration correction. Combined with high‑fidelity color‑rendering illumination, premium optical components and a full range of accessories, it supports advanced life‑science applications including darkfield, DIC and high‑performance fluorescence observation.

Product Recommendation

NCF2000 Laser Confocal Microscope

As life‑science research advances toward deeper dimensions and broader scopes, high‑efficiency imaging technology has become a core driver for scientific breakthroughs. Capturing images of large‑size specimens requires not only expanded imaging coverage but also drastically shortened acquisition time, so as to precisely record intracellular dynamic responses. A full‑scale upgrade over the NCF1000, the NCF2000 laser confocal microscope is built to meet the extreme demands for high‑throughput, high‑quality imaging in modern biological research.

NCF1000 Laser Confocal Microscope

Life‑science research has growing demands for analysing tissues, organs and model organisms, and high‑efficiency imaging has become critical for scientific breakthroughs. Large‑specimen imaging requires both broader coverage and faster speed to accurately capture intracellular dynamic responses. To address this need, we introduce the NCF1000‑series laser confocal microscope, engineered to meet high‑throughput, high‑quality imaging requirements for modern biology. Delivering a large field‑of‑view, high resolution and fast acquisition speed, it produces superior‑quality images with sharp contrast and true‑to‑life colours. It supports in‑depth exploration at the cellular nanoscale, enables intuitive and precise interpretation of biological processes, and expands the boundaries of scientific research.

NE900 Research‑Grade Upright Microscope

Tailored for research in pathology, cytology, virology and other fields, the NE900 adopts the NIS infinity‑corrected optical system, delivering precise imaging with excellent chromatic aberration correction. Combined with high‑fidelity color‑rendering illumination, premium optical components and a full range of accessories, it supports advanced life‑science applications including darkfield, DIC and high‑performance fluorescence observation.