-Siemens system
-PLC controlled, integrated cap feeding, grasping, inserting and rotating ( can affiliate with automatic cap sorting machine to realize full automatic)
-Production capacity can achieve 80bph with 8 heads
-Gentle operation, no scratch and injury to caps and containers
-Quick changeovers
-Module structure, manipulate on the touch screen, easy maintenance
-Suitable for different sizes of caps, applicable in daily chemical industry
-Easy connected to filling machine and labeling machine
-Low running noise
-During capping process, torque evenly spreads to three symmetric points
-Make non-relative motion between claws and caps
-Keep static station between claws and bottles during capping
-High-precious torque control system, a stable and reasonable torque value
Bottle-in by screw
The bottle-in screw is processed by contour design, with precise and fast bottle feeding, no damage to bottle.
The bottle-in screw is processed by contour design, with precise and fast bottle feeding, no damage to bottle.
The capping machine can deal with different bottles and caps. For different specifications of products, it adopts quick-release design, including the bottle-in star wheel, bottle-out star wheel, bottle-taking star wheel, bottle in-and-out guide plate, and outer retaining ring. The templates are color-coded to distinguish between different specifications.
A double-conveyor belt structure with an intelligent detection sensor is installed at the bottle exiting part. The qualified bottles are normally conveyed, and the unqualified (no inner tube and no cap) bottles are automatically diverted to another conveyor belt by using a swing cylinder. When bottle block appears, the capping machine will automatically stop and it will start again when the problem solved.
The mechanical method, combined with photoelectricity is used to detect whether there is inner cap and pressed properly, which can ensure that the outer cap is not capping without the inner cap.
Follow the concept of "maintenance-free, less maintenance, and easy maintenance" from the design and manufacturing, and minimize the maintenance afterwards.
Maintenance-free: No routine maintenance such as lubrication and maintenance is required from use to failure.
Less maintenance: minimize the frequency and intensity of maintenance
Increase protection and reduce maintenance: dust ring, dust cover
Select high quality components to reduce the chance of quality problems, such as bearings, motors, ceramic pumps, internationally renowned electrical components.