End-of-line - Import export

End-of-Line (EoL) testing devices by Novosim ensure post-production quality checks. They detect visual, auditory, and operational issues, guaranteeing flawless products for customers. Novosim's systems cover rotary systems, automotive components, noise, vibration, and specialized tests. These automated systems use sensors and data devices, with customizable test scenarios stored in a database. Test results ensure prompt approval of compliant products and flag defects, maintaining high-quality standards and customer satisfaction

End-of-Line (EoL) testing devices play a crucial role in assessing product quality post-production. They are instrumental in detecting any visual, auditory, or operational issues that may arise during component installation and assembly, ensuring that only flawless products reach customers. Novosim's end-of-line testing systems cater to a diverse range of applications, including rotary systems (such as transmissions and axles), automotive component testing, noise and vibration level measurements, and specialized testing requirements. These sophisticated EoL testing systems are designed to operate automatically, leveraging a comprehensive array of sensors, data acquisition devices, and testing equipment. They enable the creation of customized test procedures, which are stored in a centralized database for easy access. These procedures can be tailored to different test conditions, accommodating variations in speed, duration, and other parameters.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

End-of-Line (EoL) testing devices are used to test the quality of the product after the production process. The purpose of the testing system is to check any visual, audio or other problems that may arise during the installation and assembly of components before they are delivered to customers. Application examples of end-of-line testing systems developed by Novosim include: ​ Rotary systems (transmissions, axles, etc.) Automotive Component Testing Noise and vibration level measurements special systems ​ EoL testing systems are complex systems that generally operate automatically and include a range of sensors, data acquisition devices and testing equipment. Test procedures can be prepared in the form of predefined scenarios by the development team and stored in a database. Different scenarios can be prepared for different test conditions (high speed, low speed, long term, short term, etc.) and then called from the database.

This system provides automated quality control at the end of the production line. It is designed for real-time defect detection, automated inspection, and quality assurance. It serves as a critical tool to enhance product quality and reduce the production of defective items. The system features an easy-to-use interface and can be quickly set up. Personnel on the production line can efficiently operate the system and perform quality control procedures after a short training period. Data collected through sensors is used to perform real-time analysis on product dimensions, shapes, colors, and other defining characteristics. These analyses enable the detection of any defects and prompt actions to be taken.

PRODUCT INFORMATION Cnc controlled 4 corner pvc profile welding and cleaning line enabling movement in 2-4 axes Yılmaz makine custom profile cleaning programming Manual and automatic operating modes, Automatic profile recognition Automatic profile cleaning blade with 11 sets Separate cleaning blades for color and white profiles Profile width & height and frame wing control sensor Automatic bearing lubrication system Windows based touchscreen computer Profile program transfers via USB flash memory Remote connection and technical support capability Movable control panel, In process speed changes 220 frames/8 hours ( CNC 608)-270 frames/8 hours (CNC 608) On screen alarm and warning displays Phase control system, Low pressure control system Ability to clean all 4 corners and end-of-line transfer with automatic profile rotation robot Automatic system allowing for movement in Ø3 axis (X, Y1, Y2) Yılmaz makine custom 0,2-2 mm. welding interval automatic transfer

PRODUCT INFORMATION Profile Translation Robot Automatic profile turning robot Ability to transfer 4 corners at the end of cleaning line TECHNICAL SPECIFICATIONS 450W 50/60Hz 400V AC 3P N PE 22 Lt/dak. 6-8 bar 108x590x76 cm 1078 kg 747 kg

With our packaging and palletizing solutions, we robotize the end of the line, which is generally the most inefficient process in production lines, without damaging your products, completely avoiding occupational diseases and possible HSSE risks that can be created by heavy products

The Working Principle 1st Unit – Rotating Empty Container Feeder : The Unit automatically feeds the aerosol cans onto a conveyor, and the speed can be adjustable. 2nd Unit – Rotating Deodorant Filling – Crimping – Gassing Unit The Unit automatically fills the aerosol product into the cans, crimps their valves, and pumps gas into cans. Empty containers enter the rotating star system one by one to be filled automatically. After the filling process, the operator puts the valves manually on the already filled containers; then, the valves are crimped onto the containers. After the crimping process, the gassing starts. On the 1st gassing station, the container fills half of the container, and the remaining on the 2nd Unit. The reason for the two stations is to make the system faster. After the gassing process, the aerosol cans move on the conveyor until the end of the line to be picked up for boxing.