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1400-100XBPOI
Thomas Scientific
Objective 100X Plan-Oil Infinity:1300BRi,1400BRi
Price: $620.75List Price: $689.72Replace your objectives or upgrade to a different objective -
1400-100XPPOI
Thomas Scientific
Objective 100X Plan-Oil Phase Contrast:1300PHi,1400PHi
Price: $902.28List Price: $1,002.53Replace your objectives or upgrade to a different objective -
1400-010XBPOIReplace your objectives or upgrade to a different objective
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1400-010XPPOI
Thomas Scientific
Objective 10X Plan Phase Contrast:1300PHi,1400PHi
Price: $293.83List Price: $326.48Replace your objectives or upgrade to a different objective -
1400-020XPPOI
Thomas Scientific
Objective 20X Plan Phase Contrast Infinity:1300PHi,1400PHi
Price: $360.12List Price: $400.13Replace your objectives or upgrade to a different objective -
1400-040XBPOIReplace your objectives or upgrade to a different objective
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1400-040XPPOI
Thomas Scientific
Objective 40X Plan Phase Contrast:1300PHi,1400PHi
Price: $511.82List Price: $568.69Replace your objectives or upgrade to a different objective -
1400-004XBPOIReplace your objectives or upgrade to a different objective
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CSPLG1Clear plastic slides measures 3" x 1" and feature raised edges designed to be easily gripped by a nechanical stage. The well is approximately 16mm in diameter with a depth of 2 to 3mm. Supplied 10 per pack
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MP-SM1011186Z70 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a standard glass slide for measuring or calibrating reticles 1186Z71 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a low expansion
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MP-SM1001186Z70 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a standard glass slide for measuring or calibrating reticles 1186Z71 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a low expansion
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MP-SM1021186Z70 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a standard glass slide for measuring or calibrating reticles 1186Z71 Stage Micrometer, 1 mm ruled, linear scale with 100 divisions printed on a low expansion