Detection system eliminates unnecessary costs

To gain the trust of users in the consumer market, security is the main key factor. To ensure that the product is safe and free from impurities, it must be detected during the packaging process whether the contents and the packaging materials used are in compliance with the standards. A test system can help manufacturers save money for the recovery of defective products.

Metal Detector with Video System

The Sentry detection system from Cintex has a high-sensitivity impurity detection function that displays impurities such as ferrous metals, non-ferrous metals, and stainless steel through the screen. This user-friendly system uses a screen-based menu for easy setup and operation. Standard models are available in 6 languages ​​and language customization can be implemented according to user requirements. To further simplify the setup, this new system is equipped with a product menu library. Users simply use a scanner to scan the bar code to find the product. Then, the previously set parameters can be automatically reloaded, eliminating the need for a keystroke, thus avoiding operational errors. Password protection ensures system and data security and prevents unauthorized personnel from entering system settings.

The Sentry detection system has a fully automatic product memory function and can record the signal of the conforming product so that it can be found when comparing with Other products.

The system has a number of detection functions and can perform impurity product testing in a preset cycle. In addition to providing intuitive notifications on the touch screen, a warning light, beacon, or video warning is also issued to inform the operator that testing should be performed. If the test is not performed within a certain period of time, the system will stop the conveyor belt operation.

With enhanced detection capabilities and non-conforming product tracking, this metal detector automatically tracks product changes and adjusts sensitivity to avoid costly nonconforming product misinterpretations. At the same time, it also has a "history record" function that can display the number and type of nonconforming items, as well as menu changes made during recording operations.

The Visionscan system is a system developed by Cintex in cooperation with metal detectors. It can identify and verify printed information on Food Packaging, ensure that information is correctly marked, positioned, easy to read and meet stringent retail requirements, and prevents manufacturers from being exposed to such violations. Punishment.

The system uses optical character verification (OCV) technology and pattern matching technology to identify key information such as barcodes, date of use, and sales date. Then, the camera scans to detect print errors, missing information, and positioning errors. After that, compare the results with the preset parameters related to the product. If the details do not match exactly, the product will be considered unqualified.

The Visionscan system has an average scan and detection value of 185ppm, depending on product parameters.

The system is professionally designed to solve the three common problems in the food industry image system. Some systems are inconvenient to use, have poor flexibility, are prone to operational errors, and cause operators to make mistakes in selecting and changing parameters. The Visionscan system provides a menu for easy operation and setup, allowing preset parameters to be stored in memory and password protection. The use of a color touch-screen control panel based on Windows software facilitates quick and accurate product selection. The operator can operate smoothly without training.

Detection of candy sorting

Key Technology's new Optical Optyx Optical Inspection is designed for low-volume production lines and re-separation lines that are not economical, especially for the confectionery industry.

The Optyx models are compact and fully functional and can be precisely sorted according to color and shape. The low investment in this model can reduce manpower demand, improve product quality and product reuse rate, and shorten the investment recovery period.

The Optyx machine uses a single overhead camera lens for full-width monitoring of the conveyor belt and is equipped with shadowless "cloudy" high density discharge (HID) lighting. The system achieves intelligent and accurate ejection, accurately identifying and eliminating color defects. Both full-color and Vis/IR cameras are available for the user.

The machine uses a multi-language graphical interface for user learning and operation. Sorting standards are easy to set up, store and retrieve, and can be quickly replaced. This narrow, stand-alone system allows quick connection to the processing line without the need for additional control modules. After the air supply, power supply and water supply systems are switched on, sorting can begin.

The sorting machine adopts a flat conveyer belt and adjusts tension by air pressure to ensure accurate tracking and reduce equipment maintenance. With quick-release construction and "cantilever" design, parts are replaced faster.

Detecting the barrier material of the container

Since the use of PET multi-layer barrier containers, manufacturers and fillers have been seeking effective ways to verify that key barrier materials are in place or evenly distributed. At present, the commonly used method is to cut the preform and the container, and separate and measure each layer separately. This process takes a long time and is prone to accidents. Moreover, since this is a destructive test, only a small number of preforms and container samples can be tested.

Agr TopWave therefore introduced the new product ProfilerTM (PG9810-ML), which is a breakthrough solution to these issues. This new device assesses the presence and even distribution of nylon-based barrier materials in multilayer preforms and containers without cutting or damaging the product. With this device, the presence, distribution and thickness of the barrier material can be detected within 15 seconds, and the result can be read simply by pressing a button.

The PG9810-ML device is a non-contact automatic measurement system that detects the presence and even distribution of nylon barrier materials in PET preforms and containers. The device uses infrared (IR) absorption technology to accurately measure the wall thickness of PET and nylon. This benchtop unit takes up very little space and is designed for professional use near laboratory and workshop level preform injection systems or blow molding systems.

The built-in inspection program can perform preform or container inspection in any of the following ways: 1) inspection pass/fail barrier; 2) distribution of actual inspection material throughout the length of the sample; 3) 360° horizontal inspection of the material in a specific Location distribution. After that, the test results are immediately displayed on the large-screen integrated display. During the inspection process, a list of actual thicknesses is compared according to preset tolerances to facilitate the identification of substandard samples.

The device is suitable for a variety of purposes, including:
* Inspect the preform during the injection molding process, verify and confirm that the co-injection process is working properly;
* During the blow molding process, it is verified whether the barrier material contained in the incoming preform is qualified and whether it is evenly distributed in the container.
* As a quality inspection tool, verify that all processes meet the required standards;
* Verify that the required barrier material in the incoming container is in place during the filling process.

Organic coating inspection

The new online measuring instrument developed by NDC Infrared Engineering Co., Ltd. can accurately measure thin organic coatings applied to bright substrates (including metal materials such as polypropylene, paper or board, or metallized materials). With the SR710 measuring instrument, manufacturers can control the amount of organic paint used to ensure the uniform and efficient use of expensive raw materials.

The optimized model SR710 can accurately measure single-layer or multi-layer organic coatings or waterborne coatings applied to reflective substrates. This gauge is professionally designed for the packaging industry (with organic coatings for barrier properties), the metalworking industry (for measuring lubricious coatings for automotive parts or beverage cans), and other industries.

The Model SR710 is the latest series of "Foil Lacquer" meters from NDC. Conventional NIR and nuclear measurement systems are still seeking to achieve this difficult-to-reach measurement goal, but NDC's technology has been able to provide reliable on-line solutions for measuring organic coating weights below 20 gsm. This difficulty is mainly due to optical interference with light changes, which seriously affect the test results. The SR710 measuring instrument uses a unique optical system design that successfully solves these problems and provides reliable measurement accuracy, repeatability, and stability.

Through online measurement and control of coating weight, start-up time can be shortened, process control can be improved, and raw material usage and waste can be reduced, leading to significant cost savings. Moreover, the SR710 can provide early warning of defects such as narrow strips caused by plugging of the die even when scanning the substrate in a rapid manner.

Pet Laser Film

Metalized Pet Film,Met Pet Lamination Film,Met Pet Film for Printing

Decoration Film,Packaging Film Co., Ltd. , http://www.chpackagingfilm.com