OPELCO OPtical ELements COrporation LB Objective Series for Biological Use
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1 LB Objective Series for Biological Use 105 Executive Drive Suite 100 Dulles, VA Tel: (703)
2 S PLAN APOCHROMAT OBJECTIVES These objectives compensate for three wavelength of chromatic aberration throughout the visible wavelength range. Thus superior resolution and image sharpness from the center to the periphery of the visual field are obtained. The high numerical aperture provides outstanding resolution. S Plan apochromats are especially suited for photomicrography. These superior quality objectives incorporate the best of advanced Olympus design and production technology and are backed by fine optical microscope making tradition.
3 S PLAN ACHROMATIC AND S PLAN FLUORITE OBJECTIVES S PLAN These achromatic objectives are mainly used in high quality microscopes for biological applications. Our development activities emphasized improvements to set new standards in microscope performance and our success in achieving this goal has meet with great acceptance. Excellent optical correction across the entire lens surface makes S Plan Achromats ideal for use in differential interference contrast microscopy and for super widefield observation. S Plan Achromats open up many new possibilities with larger numerical apertures and longer working distances. S PLAN FL These fluorite objectives (plan semiapochromats) yield superior image flatness and excellent chromatic aberration compensation. The ultra low magnifications (1X, 2X) of these objectives make them ideal for examination of large specimen areas. They are fully parfocal with other LB objectives. The S Plan FL2X is suitable for superwide field observations. Note: These objectives perform best with the BH2-ULC ultra-low condenser.
4 D PLAN APOCHROMATIC, D PLAN ACHROMATIC OBJECTIVES AND D/ED ACHROMATIC OBJECTIVES D PLAN APO The D Plan Apo 6OX objective has the same superior image flatness as the D Plan achromatic objective. In addition, it is a high quality lens with complete chromatic aberration compensation. A correction collar optically compensates for cover glass thickness discrepancies. This assures crisp images from the center to the periphery of the field of view. D PLAN D Plan achromatic objectives assure field flatness up to F.N. 20. These achromatic objectives are ideal for photomicrography and are widely used in research, educational and routine work applications. D ACH These are economically priced objectives. Resolution and flatness in the field of view center are excellent. They are especially suitable for routine work, as well as for educational and training purposes. ED ACH These LB Series objectives combine high performance with maximum economy. ED Ach objectives were specially developed for routine work and education use. D AchExcellent cost-efficiency makes them idealfor student use.
5 LWD CD PLAN, ULWD CD PLAN AND PC LWD PLAN, PC ULWD CD PLAN ACHROMATIC OBJECTIVES FOR INVERTED MICROSCOPES LWD CD Plan and ULWD CD Plan These long working distance and ultra long working distance objectives provide adjustment for thick culture vessel bottoms, from 0 to 2mm thickness, and feature excellent optical correction across the entire lens surface. They are ideal for bright field and differential interference contrast microscopy. Observation of specimens through the bottom of petri dishes and tissue culture flasks is outstanding. PC LWD CD Plan and PC ULWD CD Plan These positive-low (PL) phase contrast objectives are available in long or ultra long PC LWD CD Plan PC ULWD CD Plan working distance types. Advanced optics provide superb image resolution and flatness-even through thick petri dish and tissue culture vessels.
6 Phase Contrast Objectives PC S Plan PUNH and PC D Ach PUPLUNH/NM The PC S Plan Series incorporates S Plan achromatic objective characteristics in addition to those inherent to phase contrast objectives for phase contrast observation within an extra wide visual field. These objectives are available in positive-low (PL) and negative-high (NH) contrasts. The PC D Ach Series of phase contrast achormatic objectives are available in PL, positive low-low (PILL), NH and negative medium (NM) contrasts. PC S PLAN PL PC S PLAN NH PC D ACH PL PC DF ACH PLL PC D ACH NH PC DF ACH NM
7 Fluorescence-Free and Fluorescence-Free Phase Contrast Objectives D Plan Apo UV and D Apo UV These objectives feature an apochromatic design to correct chromatic aberrations over a wide wavelength range. The design guarantees a sharp image and bright illumination in any excitation wavelength. The new, fluorescence-free immersion oil is also suitable for other oil immersion objectives used for general observation. D Plan Apo UVPL and D Apo UVPL Olympus offers four fluorescent phasecontrast objective types. When a fluorescent specime W is being scanned, specimen quenching can be prevented by switching to phase contrast observation. When reflected light fluorescence and transmitted light phase contrast observation are performed simultaneously, a total specimen image including the non-fluorescent cletailscan be obtained.
8 NO-Cover Objectives NC S Plan and NC S Plan Apo Some specimens and most smears are observed on slides without a cover glass. Nocover objectives are required for these applications. Most objectives are designed to compensate for refraction, not only of the object slide, but also of the 0.17mm thick cover glass. When specimens are examined without a cover glass, objective performance suffers. This is especially true of high N.A. immersion objectives and dry objectives with magnifications of 20X or higher.
9 Strain-Free Objectives PO D Plan and PO D Ach PO D Plan PO D Ach Polarized light microscopy, in addition to its traditional role in the study of minerals and crystals, is enjoying increased use in oil related industries and pharmacology. Olympus objectives are completely strain free. This is an essential requirement in polarized light microscopy. Two strain-free objective series for transmitted light microscopy are available, the PO D Ach with excellent resolution and the PO D Plan with superb resolution and field flatness.
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