Cap, Fill Level and Date Code Inspection Machine for Pet Beverage

Product Description

Introduction
The equipment is made up of the detection unit, HMI, control unit, and rejector, suitable for capping, level and coding detection of high speed PET bottled production line.
Detection function:without cap,high cap,slanting cap,broken bridge, ring defects, miscellaneous cap, liquid level detection, high level and low level,coding detection,etc.
Technical features: the professional image processing unit, which can realize 360°detection on the cap. Simple lifting mechanism for changing bottles, through a simple manual regulation can quickly adapt to a variety of bottle types. The compact detection cabinet, So that the equipment occupies a minimum area. Detection running condition and fault condition are graphic display in man-machine interface. Configure detection unit according to customer requirements.

 

Technical parameter

Dimension	838*868*2524mm(L*W*H)
Material	SUS304
Power	0.7KW
Voltage	AC220V/single phase
Power frequency	50/60HZ
Speed	400 ph/min
External air source	0.5Mpa
Air consumption	0.01L/time

Cap defect detection principle:
This module uses 2 CCD cameras and multiple light sources to take pictures of the front and back of the bottle from different angles, realizing the detection effect without blind spots and ensuring efficient image acquisition. The main function is to detect unqualified bottles such as missing caps, high caps, crooked caps, and broken or missing anti-theft rings.The following figure shows the effect drawing and detection drawing of simultaneous imaging with front light and backlight. It can be seen that the front and side defects can be clearly obtained from the picture, and the all-round detection function can be completed after complementing each other.

Principle of liquid level detection
This module uses the same CCD camera in the vertical chain in the cap detection. The camera takes the liquid level image from the front to ensure that the liquid level in the bottle is horizontal in the image when the bottle is stationary. The image processing principle adopted by this module is that the part below the liquid level is black in the image, and the part of the empty bottle above the liquid level is white, and a special method is used to distinguish lower or higher than the standard liquid level.
Principle of coding inspection
This unit uses a CCD camera to detect ink-jet codes. There is a PLC control system to ensure the correct operation of the coding detection. At the same time, the single-segment rejector behind the coding detection machine will correctly reject the unqualified bottles. The ink-jet detection function mainly realizes detection functions such as the presence or absence of ink-jet codes and the absence of parts.

PET capping, liquid level, and code detection machines also have high-quality accessories:
Light source: LED surface light source with a lifespan of up to 30,000 hours, using the backlight illumination method, the edge contour of the object to be tested can be clearly outlined; in the image, the bottle cap and the liquid in the bottle are black, and the bottle cap The part above the gap and the liquid in the bottle is white, forming a "black and white" image that is convenient for systematic analysis and processing.
Lens: A manual aperture fixed focus lens is used. By adjusting the "focus adjustment ring", the image formed on the CCD target surface is the clearest. By adjusting the "aperture adjustment ring", the brightness of the image can be optimized.
Camera: The area array CCD analog camera is used, the resolution of the camera is 640*480 pixels, and the image acquisition speed can reach 80 frames/second.
 

Image processor	Nuvo
Display	NODKA, 15-inch touch screen
CCD camera	BAUMER, Germany
Lens	Computar, Japan
Photoelectric	Leuze, Germany
PLC	Omron, Japan
Light source	Jingqing
Light source controller	V-Light
Industrial air conditioner	Leizig, Australia
Cylinder	SMC, Japan
Solenoid valve	MAC, American
Signal lights, circuit breakers	France
Others	MISUMI, PHOENIX