Nikon G-AL Auxillary Objective 1,5x (65429)
401.42 $
Tax included
The Nikon G-AL Auxiliary Objective 1.5x is a precision optical accessory designed for use with Nikon Greenough-type stereo microscopes, including models such as the SMZ745, SMZ745T, SMZ645, and SMZ660. By increasing the overall magnification to 1.5x, this auxiliary objective is ideal for applications that require detailed observation of small structures or fine features. The working distance of 61 mm provides a balance between high magnification and sufficient space for specimen manipulation or the use of additional tools.
Nikon G-AL Auxillary Objective 2,0x (65430)
297.93 $
Tax included
The Nikon G-AL Auxiliary Objective 2.0x is a high-magnification accessory lens designed for Nikon Greenough-type stereo microscopes, such as the SMZ645 and SMZ745 series. This auxiliary objective increases the overall magnification of the microscope to 2.0x, making it ideal for applications that require close-up observation of fine details and small structures. The higher magnification is balanced by a shorter working distance, which is typically around 30 to 34 mm, allowing for precise examination while still providing enough space for specimen handling in specialized tasks.
Nikon Objective P-ED Plan 0,75x (65501)
2058.83 $
Tax included
The Nikon Objective P-ED Plan 0.75x is a specialized optical component designed for use with Nikon stereo microscopes. This objective reduces the overall magnification to 0.75x, making it ideal for applications that require a wider field of view while maintaining excellent image flatness and clarity. The P-ED Plan series is known for its superior optical correction, providing sharp, distortion-free images across the entire viewing area.
Nikon Objective P-ED Plan 1,5x WF (65505)
4974.03 $
Tax included
The Nikon Objective P-ED Plan 1.5x WF is a high-quality optical lens designed for Nikon stereo microscopes. This objective increases the overall magnification to 1.5x, making it ideal for applications that require enhanced detail and closer observation of small structures. The P-ED Plan series is recognized for its excellent optical correction, delivering sharp, flat-field images across the entire viewing area.
Nikon Objective P-ED Plan 2x WF (65506)
5635.92 $
Tax included
The Nikon Objective P-ED Plan 2x WF is a high-quality microscope lens designed for use with Nikon stereo microscopes, such as the SMZ800N and SMZ1270N. This objective is part of Nikon’s ED Plan series, which is known for its ability to correct chromatic aberrations and provide a flat, wide field of view. It is ideal for applications that require clear, detailed imaging of small specimens, making it suitable for both research and industrial purposes.
Nikon Objective P-Plan Apo 0,75x WF (65503)
2372.83 $
Tax included
The Nikon Objective P-Plan Apo 0.75x WF is a precision lens designed for use with Nikon stereo microscopes. This objective is part of the P-Plan Apo series, which is known for its apochromatic correction, delivering sharp, high-contrast images with minimal color distortion. The wide field (WF) design ensures a broad viewing area, making it ideal for detailed observation in research and industrial applications. Its compatibility with various Nikon microscope models makes it a versatile choice for users seeking reliable and accurate imaging.
Nikon Objective P-Plan Apo 1x WF (65504)
2372.83 $
Tax included
The Nikon Objective P-Plan Apo 1x WF is a specialized lens designed for use with Nikon stereo microscopes. It is part of the Plan Apochromat series, which is known for delivering high image quality with excellent color accuracy and flatness across the viewing field. This objective is particularly suited for applications that require a wide field of view and precise observation, such as biological research, industrial inspection, and educational demonstrations.
Nikon Objective P2-SHR Plan Apo 0,5 x N.A. 0.075 (65507)
4701.06 $
Tax included
The Nikon Objective P2-SHR Plan Apo 0.5x is a high-performance lens designed for use with advanced stereo microscopes, such as the Nikon SMZ25 and SMZ18. This objective is part of the SHR Plan Apo series, which is known for its excellent color correction, high numerical aperture, and wide field of view. It is particularly useful for applications that require detailed imaging of large specimens at lower magnifications, including biological research, materials analysis, and quality control.
Nikon Objective P2-SHR Plan Apo 1,6 x N.A. 0.24 (65509)
9491.33 $
Tax included
The Nikon Objective P2-SHR Plan Apo 1.6x is a high-performance lens designed for advanced stereo microscopes, such as the Nikon SMZ25 and SMZ18. This objective belongs to the Super High Resolution (SHR) Plan Apochromat series, which is known for delivering exceptional image clarity, high numerical aperture, and accurate color reproduction. The 1.6x magnification makes it suitable for applications that require detailed observation of small structures, including biological research, materials science, and quality control.
Nikon Objective P2-SHR Plan Apo 1x N.A. 0.15 (65508)
4431.66 $
Tax included
The Nikon Objective P2-SHR Plan Apo 1x is a high-quality lens designed for advanced stereo microscopes such as the Nikon SMZ25 and SMZ18. This objective is part of the Super High Resolution (SHR) Plan Apochromat series, which is known for its excellent color correction, wide field of view, and high numerical aperture. The 1x magnification is ideal for applications that require both detailed imaging and the ability to observe larger specimens at their actual size, making it suitable for research, industrial inspection, and educational use.
Nikon Objective P2-SHR Plan Apo 2x N.A. 0.3 (65510)
10758.04 $
Tax included
The Nikon Objective P2-SHR Plan Apo 2x is a specialized high-resolution lens designed for advanced stereo microscopes, including the Nikon SMZ25 and SMZ18 models. This objective is part of Nikon’s Super High Resolution (SHR) Plan Apochromat series, which is engineered for exceptional clarity, precise color reproduction, and minimal optical aberrations. The 2x magnification makes it ideal for detailed observation of small structures, such as cells or fine features in biological and materials science research.