Model NO.: BDS400
Shape: Cylindrical Shaped Lens
Usage: Teaching, Research
Principle: Optics
Principle of Optics: Lwd Infinity Optical System
Nosepiece: Quintuple
Condenser: N.a.0.3 Quickly Detachable
Koehler Illumination: 6V/30W Halogen Lamp
Mechanical Stage: 210mmx241mm
Filter: Blue/Green
C-Mount: 0.5X/1.0X
Culture Dish Holder: 54mm
Lwd Infinity Plan Objectives: Lpl10X/20X/40X/
Trademark: Optec
Transport Package: Carton
Specification: 660x590x325(mm)
Origin: Chongqing
HS Code: 9011100000
BDS Inverted Biological Microscope
Note: "--" In Table Is Standard Outfits, "â—‹" Is Optional Accessories.
- New research and development for advanced applications
- Designed for cell tissue observation and cultivation in laboratories
- Wide field eyepiece with a view field up to Φ23mm for enhanced comfort during long observations
| Item | Specification | Outfits | |
| Eyepiece | WF10×/22mm (23mm is optional) | -- | |
| LWD Infinity Plan Objectives | LPL 4×/0.11 | W.D.=12.1mm | ○ |
| LPLAN 10×/0.25 | W.D.=8.3mm | -- | |
| LPLAN 20×/0.40 | W.D.=7.2mm | -- | |
| LPLAN 40×/0.60 | W.D.=3.4mm | -- | |
| LWD Infinity Plan Phase Contrast Objectives | LPL Ph P 10×/0.25 | W.D.=8.3mm | ○ |
| LPL Ph P 20×/0.40 | W.D.=7.2mm | -- | |
| LPL Ph P 40×/0.60 | W.D.=3.4mm | ○ | |
| Annular Spot | 10× | ○ | |
| 20×/40× (for both 20× and 40×) | -- | ||
|
Seidentopf Trinocular Head |
Inclined 45°, interpupilary distance: 48-76mm Light distribution (both): 100:0 (100% for eyepiece), 80:20 (80% for trinocular head, 20% for eyepiece) |
-- | |
| Nosepiece | Quintuple | -- | |
| Mechanical Stage | Stage size: X×Y: 210×241mm, Round slide size: Φ118mm, Attached mechanical stage (available for 96 holes plate, moving range X×Y: 128×80mm.) | -- | |
| Culture Dish Holder | 65mm | â—‹ | |
| 54mm | -- | ||
| 35mm | â—‹ | ||
| Condenser | Long working distance, quickly detachable, N.A.0.3, Working distance: 72mm (with condenser), 195mm (without condenser). | -- | |
| Koehler Illumination | 6V/30W (input voltage: 100V~240V) | -- | |
| Filter | Blue | -- | |
| Green | -- | ||
| Amber | â—‹ | ||
| Grey | â—‹ | ||
| C-mount | 1× C-Mount (better for digital photograph) | ○ | |
| 0.5× C-Mount (focus adjustable, better for digital camera) | ○ | ||
| Adaptor for Digital Photograph | Use for CANON/NIKON/OLYMPUS etc. | â—‹ | |
| Epi Fluorescence Illumination | Epi fluorescence unit, field diaphragm, center adjustable. | â—‹ | |
| 100W mercury lamp (OSRAM) | â—‹ | ||
| B, G, V, UV fluorescence filters can be chosen. | â—‹ | ||
| Digital mercury lamp power box (input voltage: 100V~240V) | â—‹ | ||
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2. Accuracy: The cylinder liner must be precisely machined to ensure a close fit with the engine block. Precise fit is important to prevent leaks and ensure efficient engine operation.
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4. Heat dissipation: the cylinder liner must be able to dissipate heat quickly to prevent overheating and damage to the engine. The high quality liner design effectively transfers heat away from the combustion chamber.
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In the engine, they provide a smooth surface for the piston to move on, which helps reduce friction and wear. They also help seal the combustion chamber to prevent leaks and ensure the efficient operation of the engine. In addition, the cylinder liner helps to dissipate heat from the combustion chamber, preventing overheating and damaging the engine.
During operation, the cylinder liner may encounter some problems. Over time, they can wear out or break down, leading to leaks and reduced engine performance. Corrosion can also occur, resulting in pitting and other damage to the surface of the gasket. In addition, improper installation or machining can result in poor fit and reduced engine performance. Therefore, regular maintenance and inspection can prevent these problems and ensure the best performance of the engine.
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