| Customization: | Available |
|---|---|
| Magnification: | 50X~1000X |
| Type: | Metallographic |
|
Still deciding? Get samples of US$ 1200/Piece
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Definition 1: Microscope with stage on top of objective lens. Applied disciplines: mechanical engineering (first-level discipline); optical instruments (second-level discipline); microscope-microscope name (third-level discipline)
Definition 2: An optical microscope in which the objective lens is placed below the stage. Suitable for microscopic observation and micromanipulation of cultured cells. Applied disciplines: cell biology (first-level discipline); cell biology technology (second-level discipline)
Feature
(1) Mirror holder: It is the base of the microscope to support the entire mirror body.
(2) Mirror post: It is the upright part above the mirror base, which is used to connect the mirror base and the mirror arm.
(3) Mirror arm: one end is connected to the mirror column and one end is connected to the lens barrel.
(4) Lens barrel: It is connected to the front and upper of the lens arm. The upper end of the barrel is equipped with eyepieces, and the lower end is equipped with objective lens converter.
(5) Objective lens converter (rotator): It is connected to the lower part of the prism housing and can be rotated freely. There are 3-4 round holes on the disk. It is the part for installing the objective lens. Turning the converter can change the objective lens of different multiples. Observation can be made only when the sound of bumps hits. At this time, the optical axis of the objective lens is exactly aligned with the center of the light hole, and the optical path is connected.
(6) Mirror stage (stage): there are square and round shapes under the lens barrel, which are used to place glass specimens, and there is a light hole in the center. The microscope specimen used in our microscope is equipped with a glass specimen advancer ( Slider), there is a spring clip on the left side of the pusher to hold the slide specimen, and there is a pusher adjustment wheel under the stage, which can make the slide specimen move left and right and back and forth.
(7) Adjuster: It is two kinds of screws, which are mounted on the mirror column. When adjusting, the mirror table moves up and down.
1)Coarse adjuster (coarse spiral): A large helix is called a coarse adjuster, which can make the stage move up and down quickly and greatly when moving, so it can quickly adjust the distance between the objective lens and the specimen so that the object image appears in the field of vision, usually in the field of vision. When using a low power lens, first use the coarse adjuster to quickly find the object image.
2)Fine adjuster (fine helix): The small helix is called a fine adjuster, which can slowly raise and lower the stage when moving. It is mostly used when using a high-power lens to get a clearer image and observe different levels and depths of the specimen. Structure.
Specification
| Items | Specifications | LMDJ100 | LMDJ200 |
| Eyepieces | WF 10×-18 mm | Y | Y |
| WF 10×-18 mm(adjustable,Reticule 0.1 mm) | O | O | |
| Metallurgical LWD Infinity Plan Objectives |
LPL 5×/0.13 W.D=16.04mm | Y | Y |
| LPL 10×/0.25 W.D=18.48mm | Y | Y | |
| LPL 20×/0.40 W.D=8.35mm | O | O | |
| LPL 50×/0.70 W.D=1.95mm | Y | Y | |
| LPL 80×/0.80 W.D.= 0.85mm | O | O | |
| LPL 100×/0.90(Dry) W.D=1.10mm | O | O | |
| Binocular Head | Inclined 45º | Y | |
| Monocular Head | Inclined 45º | Y | |
| Nosepiece | Quadplex | Y | Y |
| Mechanical Stage | Size: 180×180mm,Travel Range: 30×30mm, Round slide size:φ110mm |
Y | Y |
| 3W-LED llumination | Input voltage:100V~240V | Y | Y |
| 12V/20W Ilumination | O | O | |
| Filters | Blue, Green, Grey | Y | Y |
| Micrometer | Division 0.01mm | O | O |
| Note: "Y" In Table Is Standard outfits, "O" Is Optional Accessories. Packing Size: 437mm×268mm×522mm Gross Weight: 8 kgs Net Weight: 7 kgs |
|||
Metallographic inverted microscope with Oversized three-layer working stage(LMDS Series)
Definition 1: Microscope with stage on top of objective lens. Applied disciplines: mechanical engineering (first-level discipline); optical instruments (second-level discipline); microscope-microscope name (third-level discipline)
Definition 2: An optical microscope in which the objective lens is placed below the stage. Suitable for microscopic observation and micromanipulation of cultured cells. Applied disciplines: cell biology (first-level discipline); cell biology technology (second-level discipline)
Feature
1. New research and new development
2. Combination with bight field, dark field, polarizing observation etc. Widely used in metal, mineral, electronic field
3. Dark field objective,Make observation in dark & bright field.
4. Oversize view field eyepiece, view field up to 22mm for comfortable observation.
5. Oversized three-layer working stage, more choice for samples.
6. Light distribution (both): 100 : 0 (100% for eyepiece) ;
80 : 20 (80% for trinocular head and 20% for eyepiece)
| Item | Specification | LMDS400 | LMDS400D | |
| Eyepiece | WF10×/22mm(adjustable) | Y | Y | |
| WF10×/22mm(adjustable,reticule 0.1mm) | Y | Y | ||
| Metallurgical LWD Infinity Plan Objectives |
LPL 5×/0.13 | W.D=16.04mm | Y | O |
| LPL 10×/0.25 | W.D.= 18.48mm | Y | O | |
| LPL 20×/0.40 | W.D.= 8.35mm | Y | O | |
| LPL 50×/0.70 | W.D.= 1.95mm | Y | O | |
| LPL 80×/0.80 | W.D.= 0.85mm | O | O | |
| LPL 100×/0.90(Dry) | W.D.= 1.10mm | O | O | |
| Metallurgical LWD Infinity Plan Objectives for Bright & Dark Field |
M PLAN 5×/0.13 BD | W.D=16.04mm | Y | |
| M PLAN 10×/0.25 BD | W.D.= 18.48mm | Y | ||
| M PLAN 20×/0.40 BD | W.D.= 8.35mm | Y | ||
| M PLAN 50×/0.70 BD | W.D.= 1.95mm | Y | ||
| Seidentopf Trinocular Head | Inclined 30°, interpupilary distance: 48-76mm Light distribution (both):100: 0(100% for eyepiece) 80:20(80% for trinocular head,and 20% for eyepiece) |
Y | Y | |
| Nosepiece | Quintuple | Y | ||
| Quadplex (specially for bright /dark field objectives) | Y | |||
| Mechanical Stage | Stage size: 210 mm×180mm, Moving range:50×50mm , Scale : 0.1mm | Y | Y | |
| Coaxial Coarse and Fine Focusing unit | Coarse stroke: 10mm, Fine stroke per rotation: 0.2mm, fine division 2 μm. |
Y | Y | |
| Polarizing Unit | Polarizer /Analyzer | Y | Y | |
| llumination | 12V/50W Halogen(Input voltage:100V~240V) | Y | Y | |
| 5WLED lamp (Input voltage:100V~240V) | O | O | ||
| Auto power on-off system | Power off automatically upon user leaving 10 minutes, power on automatically upon user approaching | O | O | |
| Filter | Blue | Y | Y | |
| Green/ Amber/ Grey | O | O | ||
| C-mount | 1×/0.75×/0.5×C-Mount (focus adjustable) | O | O | |
| Adaptor for Digital Photograph | Use for CANON/NIKON/OLYMPUS etc. | O | O | |
Metallographic upright microscope with Coaxial Coarse and Fine Focusing Knobs(LMIT series)
Metallographic microscope system is an organic combination of traditional optical microscope and computer (digital camera) through photoelectric conversion. It can not only perform microscopic observation on the eyepiece, but also observe real-time dynamic images on the computer (digital camera) display screen. , Computer-based metallographic microscope and can edit, save and print the required pictures.
Feature
1. The world's best infinity dual color correction and contrast enhanced (ICCS) optical system is used to provide users with the sharpest images.
2. The combination of 5 kinds of upper parts, 3 kinds of lower parts, and two columns can be combined according to your requirements for material testing and economic cost. It can realize the analysis of transparent materials, opaque materials and fluorescent materials. At the same time, it has a powerful upgrade space to ensure your future testing requirements.
3. The industry's largest design height can reach 380 mm, providing you with extraordinary operating space.
4. Close to the user's flexibility, no need for professionals to upgrade the components of the equipment, users can complete the operation by themselves.
Specification
LMIT100,200| Items | Specification | LMIT100 | LMIT200 | |
| Eyepiece | WF10×-18mm | Y | Y | |
| Reticule Eyepiece WF 10×-18 mm (0.1mm) | Y | Y | ||
| Long Working Distance Infinity Plan Objective (no cover glass) |
LPL 5×/0.13 | W.D=16.04mm | Y | Y |
| LPL 10×/0.25 | W.D=18.48mm | Y | Y | |
| LPL 20×/0.4 | W.D=8.35mm | O | O | |
| LPL 50×/0.7 | W.D=1.95mm | Y | Y | |
| LPL 80×/0.8 | W.D=0.85mm | O | O | |
| LPL 100×/0.9(dry) | W.D=1.10mm | O | O | |
| Seidentopf Binocular Head | Inclined 30°,Rotatable 360°, Interpupilary Distance: 48 -75mm |
Y | Y | |
| Seidentopf Trinocular Head | Inclined 30°,Rotatable 360°, Interpupilary Distance: 48 -75mm Light Distribution 80:20 |
O | O | |
| Nosepiece | Quadplex | Y | Y | |
| Mechanical Stage | Stage Size: 200×150mm, Travel : 76mm×52mm Coaxial Coarse and Fine Focusing Knobs |
Y | Y | |
| Reflection Illumination | 6V/20W Halogen Lamp | Y | ||
| 6V/30W Halogen Lamp | Y | |||
| Filter | Five-hole filter unit(blue, green, amber, grey, empty) | Y | Y | |
| Polarizing Attachment | Analyzer/ Polarizer | O | O | |
| C-mount | 1× | O | O | |
| 0.5X (Focus Adjustable) | O | O | ||
Metallographic upright microscope with 12V/20W Halogen lamp(LMIT300 series)
Metallographic microscope system is an organic combination of traditional optical microscope and computer (digital camera) through photoelectric conversion. It can not only perform microscopic observation on the eyepiece, but also observe real-time dynamic images on the computer (digital camera) display screen. , Computer-based metallographic microscope and can edit, save and print the required pictures.
Feature
1. Oversize view field eyepiece, view field up to 22mm for comfortable observation.
2. Trinocular head with dual transform. Light distribution (both): 100:0(100% for eyepiece)80:20(80% for trinocular head and 20% for eyepiece)
3. Stage with fast lowering unit can increase 50mm for working distance, more convenient for observing big size sample.
4. Oversized three-layer mechanical stage provides more choice for sample
| Item | Specification | LMIT300 | LMIT500 | |
| Eyepiece | WF10X/22mm (adjustable) | Y | Y | |
| WF10X/22mm (adjustable , reticule 0.1mm) | Y | Y | ||
| Metallurgical LWD Infinity Plan Objective |
5X/0.10 | W.D=16.04mm | Y | Y |
| 10X/0.25 | W.D=18.48mm | Y | Y | |
| 20X/0.40 | W.D=8.35mm | Y | Y | |
| 50X/0.70 | W.D=1.95mm | Y | Y | |
| 80X/0.80 | W.D=0.85mm | O | O | |
| 100X/0.90(Dry) | W.D=1.10mm | O | O | |
| Seidentopf Trinocular Head | Inclined 30°,rotatable 360°, Interpupilary distance: 48mm~76mm Light distribution (both): 100: 0 (100% for eyepiece) 80:20 (80% for trinocular head and 20% for eyepiece) |
Y | Y | |
| Nosepiece | Quintuple | Y | Y | |
| Mechanical Stage | Stage size: 200mm x 150mm Travel range: 77mm x 52mm Stage fast lowering unit: Up-Down moving range can be increased 50mm. |
Y | ||
| Stage size: 182mm x 140mm, Travel range: 77mm x 52mm | Y | |||
| Polarizing Unit | Polarizer /Analyzer | Y | Y | |
| Condenser | Abbe N.A.1.25 , with Iris Diaphragm. | Y | ||
| Coaxial Coarse and Fine Focusing Unit |
Coarse stroke: 25mm, Fine stroke per rotation: 0.2mm, fine division 2 μm, Tightness adjustment, upper distance liLMITer. |
Y | Y | |
| Reflecting Illumination |
5WLED lamp (Input voltage:100V~240V) | Y | Y | |
| 12V/50W Halogen lamp (Input voltage:100V~240V) | O | O | ||
| TransLMITting Illumination |
5WLED lamp (Input voltage:100V~240V) | Y | ||
| 12V/20W Halogen lamp (Input voltage:100V~240V) | O | |||
| Filter | Blue | Y | Y | |
| Green/ Amber/ Grey | O | O | ||
| C-Mount | 1 X /0.75X/0.5X( Focus Adjustable) | O | O | |
){kind=link}