- Gliding stage for inspection systems such as stereo microscopes or video microscopes.
- Medium gliding stage measures 380x230mm (14-5/16 x 9-1/16 inch) with 300x200mm (11-13/16 x 7-7/8 inch) XY travel.
- Manual stage provides smooth and controlled movement when viewing specimens under a microscope, without needing to operate gears.
- Ideal for moving large parts underneath a microscope like circuit boards.
- Larger size available.
This heavy duty gliding stage weighs 15 kg (33 lbs). The precision-machined bevel-cut gearing allows fine, controlled movement along the entire 300x200mm travel in both the X and Y axis.
It offers smooth motion for precise specimen positioning and controlled movement of parts underneath a microscope. Increases overall user efficiency.
300x200mm Manual Stage
XY Mechanical Stage
XY Stage Travel Distance | 300x200mm |
XY-Axis Drive Mode | Manual |
Stage Platform Dimensions | 380x230mm |
Stage Height | 36mm |
Stage Maximum Load | 15.00kg (33.06lbs) |
Stage Bottom Mounting Size | 4 Fixing Screw Pitch: L301mm W78mm |
Surface Treatment | Spray Paint |
Material | Metal |
Color | Black |
Net Weight | 15.36kg (33.86lbs) |
Packing List
Packing | |
Packaging Type | Carton Packaging |
Packaging Material | Corrugated Carton |
Packaging Dimensions(1) | 50x40x16.5cm (19.685×15.748×6.496″) |
Inner Packing Material | Plastic Bag |
Ancillary Packaging Materials | Styrofoam |
Gross Weight | 16.50kg (36.38lbs) |
Minimum Packaging Quantity | 1pc |
Transportation Carton | Carton Packaging |
Transportation Carton Material | Corrugated Carton |
Transportation Carton Dimensions(1) | 50x40x16.5cm (19.685×15.748×6.496″) |
Total Gross Weight of Transportation(kilogram) | 16.50 |
Total Gross Weight of Transportation(pound) | 36.38 |
Quantity of One Transportation Carton | 1pc |
An XY microscope gliding stage with medium dimensions of 380x230mm is a specialized component in microscopy designed for precise and controlled movement of specimens in both the horizontal X and Y axes. Here are the key features and details associated with an XY microscope gliding stage of this size:
- XY Movement:
- Allows controlled movement in both the horizontal X and Y axes, facilitating precise positioning of specimens for microscopic examination.
- Gliding Mechanism:
- Incorporates a gliding or sliding mechanism for smooth and controlled motion.
- The gliding mechanism reduces friction, enabling fine adjustments during specimen positioning.
- Dimensions – 380x230mm:
- Specifies the size of the platform or stage, where the dimensions are 380mm by 230mm.
- The medium size (380x230mm) provides a relatively spacious platform for accommodating larger specimens or multiple samples simultaneously.
- Manual or Motorized Operation:
- May be designed for manual operation, allowing users to make adjustments using knobs or handles.
- Alternatively, it could be motorized, providing automated and programmable movements.
- Compatibility with Microscopes:
- Designed to be compatible with various microscope models.
- Ensures easy integration with the microscope system for coordinated observations.
- Sample Holder/Platform:
- Features a platform or holder where the microscope slides or specimens are placed.
- The design may include securing mechanisms to hold the specimens in place during movement.
- Applications:
- Used in various microscopy applications, including biological research, materials science, and other fields where precise specimen positioning is crucial.
- Particularly suitable for tasks that involve larger specimens or multiple samples.
- Versatility:
- Provides versatility in terms of accommodating different sample sizes and types.
- Allows for incremental movements to navigate specific regions of interest with precision.
- Build Quality:
- Constructed with high-quality materials and precision components to ensure stability and repeatability of movements.
This XY microscope gliding stage with a medium-sized platform (380x230mm) is suitable for laboratories and research environments where larger specimens or multiple samples need to be precisely positioned and observed under a microscope. The larger platform size offers flexibility for a variety of applications across different scientific disciplines.
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