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We provide a variety of microscopes for the examination of birefringent samples from petrography and mineralogy, and can also be used for the synthetic materials industry where repeatable observations can be performed with efficiency and reliability. Besides these Educational applications of material professions.
The M2250 Series is ideal for a wide variety of educational applications and is built to withstand student use. This series has locked-on stage clips, an eyepiece, objectives (sealed 40X), and a slip-clutch focusing system to protect gears from over-focusing. The M2250 Series is offered with standard tungsten illumination or with cool and efficient LED illumination available in either a corded or cordless model
Model: M2251B
OPTICAL SYSTEM
Widefield 10x /18mm eyepiece.
Monocular viewing head with 45° inclined eyepiece.
DIN standard 4x (0.10 N.A.), 10x (0.25 N.A.) and 40xR (0.65 N.A.) achromat objectives. All are parfocalled, parcentered and color-coded.
The three-hole nose piece is ball-bearing mounted for smooth, precise positioning of objectives.
ILLUMINATION
115v 20 watt tungsten illumination, condenser, and blue filter, base-mounted on/off switch, heavy-duty 3-wire cord. A convenient “grabber” clip-on plug lets you wrap the cord around the microscope and secure it in place by pushing the cord into a clip for easy storage. No bulky cord hanger is needed.
ELECTRICAL
220V power supply
FOCUSING
Low position coarse and fine focusing controls.
Stage moves up or down, eyepiece and body remain fixed.
Slip clutch prevents damage to the focusing system.
Tension adjustment eliminates stage drift.
Safety rack stop prevents damage to slides and objective lenses
STAGE
Large 4-3/4 in. x 4-1/2 in. (120mm x 115mm) stage, with locked-on, spring-mounted stage clips, drilled and tapped to accept optional mechanical stage.
Built-in 0.65 N.A. special condenser lens
FRAME
Cord hangers.
Base dimensions: 8 in. x 5-1/4 in. (201mm x 131mm)
Height: 14-1/4 in. (362mm). Net wt. 6.8 lbs (15 kgs)
PACKING
Head and frame in a molded styrofoam container with vinyl dust cover.
Individual: Ship wt. 12 lbs (5.4 kgs), Dimensions 18x12x11 in. (46x30x28 cm.)
Master carton pack 5 each: Ship wt. 56 lbs (25.4 kgs), Dimensions 37x13x19 in. (94x33x48 cm.)
AE2000MET BF/DF series inverted industrial microscope, constructed by MOTIC a world leader in Microscope manufacturing is dedicated to providing a solution for every observation and inspection. Also on such items as irregular, large size, rigid samples. This includes metal parts, materials, minerals, die casting and precision molds, etc., which is not convenient to be observed or inspected under an upright Microscope for failure analysis, material research, or quality control purpose. And it is also cost-saving due to the requirement-less to sample making. The fit field includes automotive, aerospace, machinery, tooling fabrication and iron&steel industry, etc. industrial realm.
The overall optical performance of the AE2000MET series is superb and unique for reproducing a real micro-world of material structure for you, via equipping with a new generation of BF and DF Long working distance Metallurgical plan objective be made of high-quality glass and upgrade anti-reflex coating tech, combining a variety of observation methods of BrightField, Darkfield, simple Polarizing, etc., AE2000MET is suitable for whatever failure analysis or material research or quality control in all industry.
Optical System: Color Corrected Infinity Optical System [CCIS®]
Magnification: LM Plan BD: 50X-1000X, LM Plan: 50X-1000X
Eyepieces: N-WF 10X/20mm, with diopter adjustment
Observation Tube: Widefield Trinocular 45° - light distribution 20/80
Interpupillary Distance: 48 ~ 75mm
Nosepiece: Left side orientated, quintuple.
Objectives: LM Plan BD: 5X, 10X, 20X, 50X & LM Plan: 5X, 10X, 20X, 50X,100X
Focus: Coaxial movement; Coarse focus with torque adjustment; Fine focus with 2μm minimum increment
Mechanical Stage: 280X180mm surface; 50X50mm movement
Illumination: 12V/50W halogen Koehler illumination
Based on the success of its popular BA Microscope Series for Bio-Medical applications, Motic is pleased to introduce the new BA310POL, an extremely powerful yet affordable Polarization microscope for Transmitted light samples.
The BA310POL is designed for the examination of birefringent samples from petrography and mineralogy, and can also be used for the synthetic materials industry where repeatable observations can be performed with efficiency and reliability. The BA310POL also works especially well in Educational applications of material professions, where affordability and ease-of-use are key requirements.
To meet increasing demands for a dedicated, professional polarizing microscope, the BA310Pol features strain-free CCIS optics built up around a sturdy frame with central objectives.
30° inclined BINOCULAR head for comfortable viewing while seated
Interpapillary distance adjustment between 55-75mm
Widefield high eyepoint, N-WF10X/20mm, diopter adjustment on both eyepieces, rubber eyecup (paired), cross hair on one eyepiece
Intermediate tube with rotatable analyzer 360º and Bertrand lens, focusable
Quartz wedge, full λ and 1/4λ retardation plates
Reversed quadruple nosepiece with click stops for precise magnification changes, individually centrable with one reference position
CCIS EC Plan Strain-free objectives EC PL 4X/0.10, 10X/0.25, 40X/0.65-Spring, 60X/0.80-Spring
Coaxial coarse and fine focusing system with 2 micron minimum increment with tension adjustment
Vertical travel range 20mm
360º circular rotating stage with a diameter of 160mm, lockable position
Focusable and Centrale Achromat swing-out condenser N.A. 0.90/0.13, Strain-free
Rotatable polarizer, fixed on condenser carrier
Collector lens assembly with screw-on filter holder
Koehler illumination quartz halogen 6V/30W with intensity control
Laser scanning microscopes use laser illumination to generate high-resolution, high-contrast 3D imagery of samples by scanning them point by point. Two common types of laser scanning microscopes include confocal laser scanning microscopes and multiphoton laser scanning microscopes.
