Información Básica.
No. de Modelo.
BSC-200
Tipo de fuente de luz
LED Light
Forma
Lente Cilíndrica
Uso
Enseñanza, Investigación, Detective
Principio
Óptico
Principio de Óptica
Microscopio de polarización
filtros
azul verde rojo
objetivo
0,8x, 1,25x, 2x, 3,2x, 4,8x
cabezal de visualización
cabeza trinocular seidentopf
ocular
WF10X/22mm WF20X/12mm
Paquete de Transporte
Standard Export Carton with Strong Sponge
Especificación
39(L) ×38(W) ×70(H)cm
Marca Comercial
BestScope
Origen
Beijing, China
Capacidad de Producción
50/month
Descripción de Producto
Introduction
BSC-200 Comparison Microscope can observe two objects with a pair of eyepiece at the same time. Using field cutting, jointing and overlapping methods, two (or more) objects can be compared together. BSC-200 has clear image, high resolution and can identify tiny differences between objects accurately. It is basically used in forensic science,Security schools and related departments.Feature
1. Can be used for Left or Right single view field observation, overlapping view field observation, segmentation and jointing view field observation.2. With inner changeable objectives, right and left objectives can be adjusted to consistency.
3. Stage size: 100mm×100mm, Moving range: The transverse, longitudinal, vertical directions are 0-54mm, horizontal rotation 0 ° -360 °, stage inclined to any direction of 0 ° - 45 °.
4. Two stages can be adjusted horizontally at the same time, moving range: 0-54mm.
5. Coarse lifting range of 0 - 60mm.
6. Equipped with 12V/50W air-cooled high power LED lamps, light intensity is adjustable.
7. Polarizing attachment, used to eliminate stray and glare light.
8. Coaxial illumination device(optional), used for observation of deep hole, small hole and smooth surface.
9. With C-mount video attachment, digital cameras can be used for synchronous observation, images and videos can be saved and analyzed.
10 With Photo attachment, Nikon or Olympus DLSR cameras can be used to take pictures.
Application
BSC-200 is the ideal device for Public Security Bureaus, procuratorates, courts and their colleges to compare and identify the bullet, tool marks, fingerprints, seals, text, signatures, drawings and bank notes. It also can be applied to electronic, biochemical, agriculture, archaeology, banking, Customs and industries or sectors who have the requirements to detect or identify objects.Specification
| Item | Specification | BSC-200 |
| Total Optical Magnification | 9.6×~115× | * |
| Viewing Head | Seidentopf Trinocular Head, Inclined at 45°, Interpupilary Distance 55-75mm | * |
| Eyepiece | Wide Field Eyepiece WF10×/ 22mm, diopter adjustment | * |
| Wide Field Eyepiece WF20×/ 12mm, diopter adjustment | * | |
| Comparison Mode | Left or Right single view field observation, overlapping view field observation, segmentation and jointing view field observation | * |
| Objective | 0.8×, 1.25×, 2×, 3.2×, 4.8× changeable objective | * |
| Auxiliary Objective | 0.4×, 2× Auxiliary Objective (with auxiliary objective, the total magnification can be extended to 3.8× ~ 230×) | ○ |
| Stage | Manually operate stage, moving range: X-54mm, Y-54mm, Z-54mm | * |
| Two stage horizontal moving range: 54mm, The coarse vertical lifting range: 60mm | * | |
| Illumination | High power LED illumination, brightness and angel adjustable | * |
| Side illumination, 12V/50W air cooled reflecting lamps | * | |
| Coaxial illumination device | ○ | |
| Accessories | Bullet Holder | * |
| Polarizing attachment | * | |
| Blue, Green and red filters | * | |
| Photo attachment for DSLR digital camera(Nikon, Canon) | * | |
| C -mount for microscope digital cameras | * |
Eyepieces and Objective Parameters
| Objective | Bridge | Magnification/FOV(mm) | Video Attachment | Photo Attachment | Working Distance (mm) | |
| 10× Eyepiece | 20× Eyepiece | |||||
| 0.8× | 1.2× | 9.6×/φ28 | 19.2×/φ17 | 3× | 2.5× | 101 |
| 1.25× | 15×/φ18 | 30×/φ11 | ||||
| 2× | 24×/φ11 | 48×/φ7 | ||||
| 3.2× | 36×/φ7 | 77×/φ4.5 | ||||
| 4.8× | 58×/φ4.2 | 115×/φ2.3 | ||||
| Note: With 0.8× objective, 10× eyepiece, the magnification=0.8×*1.2×*10×=9.6× | ||||||
Sample Image
