All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(50 products available)
The manual rotary stage is made of different kinds. Here is a discussion of the various types of manual rotary stages.
The standard manual rotary stage is the basic and common moving part. Joints rotate the stage to precise set angles and are often used for general tasks. These stages make it easy to do repetitive work accurately and adjust positions smoothly. Their reliable performance makes them a popular choice for many businesses to use in their daily operations.
High-precision stages offer more accuracy than standard ones. They are mainly used in work, like medical imaging or satellite, where tiny errors can cause problems. These stages let users make very small and exact movements, helping to achieve crisp and clear results in tests and machinery setups.
Double-axis stages allow movement in two directions at the same time. This makes it possible to tilt and turn an object simultaneously, giving a complete 3D orientation. These are essential where complex shapes or precise angles are needed, like model-building or in some types of lab work. They save time by combining movements into one step.
The vertical rotary stage is positioned. This means it can rotate items placed flat from a top view. These are frequently used in laser work, printing, or in assembly lines where something needs to be set exactly from above. The vertical format is valuable when work must be done over in a straight line.
Turntable stages are round plates that spin objects smoothly. These are helpful in shows, cameras, or anything that needs an object to be positioned evenly under a light or for viewing. They enable slow, controlled movement perfect for detailed work tracking an object around an axis. These stages can hold heavy items and precisely rotate them.
Here are some industrial applications of the manual rotary stage.
These stages help set lasers and lenses to exact angles and positions. This improves laser power and makes better camera equipment. Companies use them to make tiny parts in optics and photonics work. They ensure all pieces are aligned, which leads to high-quality optical systems used in scope research and other advanced tech tools.
In factories, these stages position parts more accurately for assembling machines and electronics. This boosts production speed and decreases errors in assembly lines. They help arrange heavy materials too, which improves stacking and moving parts in warehouses. Overall, they lead to cleaner and more efficient work areas in factories.
Aerospace teams use these stages to test components and fly systems exactly as they would in space. This gives designers confidence their work is ready for space travel. Defence industries employ them to fully understand how sensors and cameras perform. These stages also assist in building and aligning complex engines and guidance systems in 3D space.
These aids help set medical imaging devices, so scans are clear and accurate. They improve the view during surgeries by exactly positioning cameras and lasers. These tiny movements ensure diagnostics machines work properly for early disease detection. All of this boosts patient care through clearer images and better treatment tools.
These stages are important in robotics setups by letting machines work on tasks with repeatable precision. Automation systems rely on them to correctly place and move robotic arms for assembling and handling items right. They assist in testing robots too. This ensures robotic designs function correctly in real-world applications.
Here are some product specifications of the rotary stage.
It is important to know how to maintain the rotary motion stage properly. Here is a guide on the maintenance of the manual rotary stage.
Keep the rotary stage clean by dusting it daily. Use a soft cloth or brush to wipe any dirt or dust off the surface and joints. Check for grease or oil build-up and clean it with a cloth dampened in alcohol. Avoid sharp tools that could scratch or harm the stage.
Apply small amounts of lubricant every three months, depending on use. Use a thin layer of grease or special oil for mechanical parts, not heavy grease. Find a good source of lubrication from known suppliers. Ensure the lubricant stays away from electronic parts to prevent damage. Choose lubricants that reduce friction without creating extra dirt.
Inspect the stage for damage regularly. Check for cracks, dents, or bent pieces, and ensure all fasteners are tight and not rusted. Look for any misalignment in the parts that could make the stage not work right. Monitor any wear on bearings or gears closely, as this indicates the machine needs further assistance.
Calibrate the stage every six months or more often if worn down. This ensures the stage remains accurate over time. Follow the manufacturer's calibration steps carefully to keep the stage functioning properly. After calibration, test the stage to confirm it now works correctly.
Store the stage in a clean, dry area away from heat. Keep the stage covered or in a case to protect it from dust and moisture. If storing for a long time, coat metal parts with oil to prevent rust. Ensure the storage space is level so the stage stays aligned while not in use.
A. A rotary stage moves around one main line. It can tilt and adjust the height of its main part.
A. Work with lasers cameras and tiny parts needs high-precision stages. They are essential for effective work.
A. Steel ball bearings and tough metals build strong and reliable stages. This helps to provide smooth and precise movements.
A. Lubrication lowers friction and prevents wear. It keeps the parts moving smoothly for a long time.
A. Store the stage in a dry case away from dust and heat. This keeps it protected and in good condition for use.
