Motic 1202A: 0.5X Achromatic objective (AA 148mm) (74419)
1371.08 kr
Tax included
The Motic 1202A: 0.5X Achromatic objective (AA 148mm) is designed for low-magnification observation, making it suitable for examining large specimens or providing a broad overview in various applications. This objective is compatible with the K series microscopes and features achromatic color correction for clear, accurate imaging. With a working distance of 148 mm, it allows for convenient specimen handling and observation of bulky samples.
Motic 1205A: 0.625X Achromatic objective (AA 111mm) (74420)
1371.08 kr
Tax included
The Motic 1205A: 0.625X Achromatic objective (AA 111mm) is a low-magnification objective designed for use with the K series microscopes. It is ideal for applications requiring a wide field of view and easy access to larger or bulkier specimens. The achromatic design provides basic color correction for clear and accurate imaging, while the 111 mm working distance allows for convenient specimen handling. This objective is infinity-corrected and optimized for brightfield (BF) observation.
Motic Microscope objective, 0.35X, w.d.200mm (SMZ-140) (57255)
1162.64 kr
Tax included
The Motic Microscope objective, 0.35X, w.d. 200mm (SMZ-140) is a low-magnification objective designed for use with the SMZ-140 microscope series. This objective is ideal for providing a wide overview of large specimens and allows for easy manipulation due to its exceptionally long working distance of 200 mm. The achromatic design ensures basic color correction for clear and accurate imaging, making it suitable for routine laboratory and educational applications.
Motic Objective 0.5x, w.d. 192mm (57381)
1425.92 kr
Tax included
The Motic Objective 0.5x, w.d. 192mm is a low-magnification objective designed for use with the SMZ-168 microscope series. This objective is ideal for providing a wide field of view and is especially useful for examining large specimens or for tasks that require ample working space. With a working distance of 192 mm, it allows for easy specimen handling and manipulation during observation.
Motic objective 0.63x (WD 110mm) (only for SMZ 140/143) (48160)
1162.64 kr
Tax included
The Motic objective 0.63x (WD 110mm) is a low-magnification objective specifically designed for use with the SMZ-140 and SMZ-143 stereo microscopes. This objective is ideal for applications that require a wide field of view and a long working distance, such as industrial inspection or educational demonstrations. With a magnification of 0.63x and a working distance of 110 mm, it allows for easy manipulation and observation of larger or bulky specimens.
Motic Objective 0.63x w.d.156mm (57385)
1425.92 kr
Tax included
The Motic Objective 0.63x w.d. 156mm is a low-magnification objective designed for use with the SMZ-168 stereo microscope series. This objective is ideal for applications that require a broad field of view and a generous working distance, such as industrial inspection, quality control, or educational demonstrations. With a magnification of 0.63x and a working distance of 156 mm, it allows for easy handling and observation of larger or irregularly shaped specimens.
Motic objective 0.75x ESD (WD 127mm)(SMZ168) (56419)
1425.92 kr
Tax included
The Motic objective 0.75x ESD (WD=127mm) is designed for use with the SMZ-168 stereo microscope series. This objective is ideal for applications that require moderate magnification and a comfortable working distance, such as electronics inspection, industrial quality control, or educational use. The achromatic design ensures basic color correction for clear and accurate imaging.
Motic Objective 1.5x, w.d.50mm (57382)
1425.92 kr
Tax included
The Motic Objective 1.5x, w.d. 50mm is designed for use with the SMZ-168 stereo microscope series. This objective is ideal for applications that require higher magnification and a closer working distance, making it suitable for detailed inspection, fine assembly work, or precise laboratory tasks. With a magnification of 1.5x and a working distance of 50 mm, it allows for close-up observation of small or intricate specimens while maintaining image clarity.