How to choose a suitable Self Plastic Vertical Carousel?

2026-04-06 16:50:51

The key to selecting a Self Plastic Vertical Carousel model that meets the needs of the production line is to systematically match the four core dimensions of load, accuracy, speed, and environmental adaptability to ensure stable and efficient operation of the Self Plastic Vertical Carousel equipment in flexible production.

1、 Clear load capacity: Ensure structural safety and dynamic stability

The load is the primary basis for selection, which requires a combination of static weight and dynamic inertia force.

Total load calculation

Total load=workpiece weight+fixture weight+dynamic additional force (inertia force during startup/braking)

It is recommended to select with a safety factor of 1.5 times to avoid positioning deviation or structural damage caused by instantaneous overload.

Common load range

Lightweight assembly (electronic components, small hardware):<50kg

Medium sized processing (automotive parts, medical equipment): 50-200kg

Heavy duty applications (customized scenarios): require special design, some manufacturers support over 300kg

Installation posture affects load-bearing capacity

When installing the Self Plastic Vertical Carousel vertically, additional consideration should be given to the overturning moment generated by gravity, which requires higher axial bearing capacity of the bearing.

2、 Accuracy requirement: Match the process level to ensure consistency in processing

Accuracy directly affects product quality and requires precise matching according to application scenarios.

Core precision parameters

Positioning accuracy: The accuracy of the platform rotating to a specified position, such as ± 0.1 °, suitable for general assembly.

Repetitive positioning accuracy: The error of returning the same position multiple times, with a tolerance of ≤± 0.003mm, can meet the requirements of aerospace grade.

Backgap (return gap): The smaller the better, and it is recommended to have<1 arcsec for high-precision scenarios.

Typical scenario reference

Ordinary material handling: ± 0.1 ° is sufficient

Precision testing and assembly: requires ± 0.01 ° or higher, with some supporting electronic compensation to improve absolute accuracy

3、 Speed and Drive Matching: Balancing Efficiency and Stability

The speed should be comprehensively considered in combination with the beat time and equipment response capability.

Common speed range

Low speed stable type (visual inspection, precision machining): several to 20 revolutions per minute

High speed sorting/assembly line: capable of 60-100rpm, requiring high-speed servo system

Drive mode selection

Servo motor+planetary gearbox direct connection: high transmission efficiency, fast response, suitable for high dynamic scenarios

Stepper motor direct drive: Low cost, suitable for light loads and low-frequency actions

4、 Environment and protection level: Suitable for production line conditions

The working environment directly affects the lifespan and maintenance costs of equipment.

IP Rating

Ordinary workshop: IP54 is sufficient

Environment with high dust and oil pollution (such as machining lines): IP65 is recommended for effective dust and water prevention

Lubrication and maintenance

Prioritize choosing the lifetime maintenance free type (pre filled with advanced grease) to reduce downtime for maintenance

Electrical compatibility

The encoder type and brake interface need to be matched with the existing PLC control system to avoid integration barriers