説明

Labomed Lx Polarizing microscope is easy to use, reliable, and provides crisp images and clear interference figures. This microscope is simple and easy to use. Its bertand lens module makes it easy to tell if your bertand lens & analyzer is in position with clear "switch" indicators on the side. The bertand lens module has built-in storage for the centering tools and wave plates so they do not get lost. This microscope comes with Infinity Plan Achromat Strain free 4x, 10x, and 40x objectives.The rotatable stage provides a smooth and precise feel and comes standard with stage clips. The LED illumination provides bright and even illumination without the need to ever change the bulb!

構成

Head: Siedentopf Binocular OR Trinocular 30° inclined, fixed observation head, IPD 48‐75 mm Eyepieces: Focusable Wide Field eyepiece 10x/20mm with foldable eye guard. With factory installed fixed-vertical crosshair in one eyepiece Nosepiece Reverse angle quadruple nosepiece (ball bearing type) with click stops, featuring independently centerable objectives Analyzer: Adjustable analyzer with centration screws. Focusable Bertand lens. Slider slots and spare slider holders. Comes equipped with Lamda, 1/4 Lamda, and Quartz Wedge plates. Polarizer: Rotating polarizer with orientation markers at every 90° Objectives: SF series infinity corrected DIN Plan Achromatic objectives: 4x(WD 30.0mm), 10x(WD 7.00mm), 40x(WD 0.65 mm) Optional 100x(WD0.23mm)spring loaded, oil objective Circular stage: 360° rotatable stage, 160mm with one degree increments and spring clips Condenser: 0.9 NA centerable strain free condenser Focusing: Feather touch attrition-free coaxial coarse and fine focus adjustment with auto tension adjustment for longer life and ultra smooth movement. Weighted fine focus. Illumination LED illumination with rechargeable battery

OEMモデルの説明

highly streamlined Lx POL polarizing microscope delivers reliability and comfort through precision opto-mechanical engineering. Tight design tolerances with the SF (strain-free) optical series produce near-zero optical impurity interference. Careful attention to the sub-stage polarized extinction disc and individually centerable objectives yield a highly controlled light path with respect to stage orientation, and ultimately a sharp contrast image.